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Grässlin
CYCOLAC™ ABS from SABIC – A Versatile, High-Performance Plastic for Demanding Applications
CYCOLAC™ ABS from SABIC is a proven, amorphous thermoplastic based on acrylonitrile-butadiene-styrene (ABS) that offers an outstanding combination of impact strength, stiffness, and processability. As a versatile engineering plastic, CYCOLAC™ ABS is ideally suited for applications in the automotive industry, electronics, and household appliances, as well as in the consumer goods sector.
Grässlin Kunststoffe offers CYCOLAC™ ABS in a variety of grades and modifications, tailored to your specific requirements and applications.
Properties of CYCOLAC™ ABS
CYCOLAC™ ABS stands out for its well-balanced set of properties:
- High impact strength even at low temperatures
- Good stiffness and strength
- Excellent surface quality (adjustable from high-gloss to matte)
- Excellent processability in injection molding and extrusion
- Good dimensional stability
- Easy to color and compound
Depending on the type, variants with increased heat resistance, improved flow properties, or special flame-retardant properties are available.
Typical Applications
Thanks to its versatility, Sabic's CYCOLAC™ ABS has become a staple in numerous industries:
- Automotive Industry: Interior Components, Trim, Housings
- Electrical & Electronics: Enclosures for Devices, Connectors
- Home Appliances: Visible Parts with High Standards for Appearance and Feel
- Consumer Goods: Toys, Sporting Goods, Design Products
- Industrial Applications: Technical Components Subject to Mechanical Stress
Processing and Technical Advantages
CYCOLAC™ ABS is particularly cost-effective to process and is compatible with standard processes:
- Injection molding (standard process for complex components)
- Extrusion (profiles, sheets)
- Thermoforming
Its excellent flow properties enable the production of intricate geometries with high reproducibility. At the same time, the material’s structure ensures excellent surface quality, making it ideal for visible components.
Why buy CYCOLAC™ ABS from Grässlin Kunststoffe?
Grässlin Kunststoffe is your reliable partner for high-quality engineering plastics and offers you much more than just material supply:
- Broad portfolio of SABIC CYCOLAC™ ABS grades
- Personalized Advice on Material Selection
- Technical Support in Component Development
- Guaranteed availability through our own warehouse and logistics
- Support from the initial idea through to mass production
As part of the Hromatka Group, customers benefit from a strong network and comprehensive expertise across the entire value chain—from material selection to the finished application.
CYCOLAC™ ABS is the all-around performer among engineering plastics
CYCOLAC™ ABS from SABIC is the ideal choice for applications that require mechanical strength, a high-quality appearance, and cost-effective processing. Thanks to its wide range of variants, the material can be tailored precisely to your requirements.
Inquire now: Our experts will be happy to help you select the right CYCOLAC™ ABS grade for your project.
CYCOLOY™ PC/ABS from SABIC – High-performance blend for maximum performance and design freedom
CYCOLOY™ PC/ABS from SABIC is a high-quality polymer blend of polycarbonate (PC) and acrylonitrile butadiene styrene (ABS) that combines the best properties of both materials. The material offers an optimal combination of high impact strength, heat resistance, and excellent processability. This makes SABIC’s CYCOLOY™ PC/ABS ideal for demanding engineering applications and high-quality design components.
Grässlin Kunststoffe supplies CYCOLOY™ PC/ABS in a wide variety of grades. Each is precisely tailored to your technical, mechanical, and optical requirements.
Properties of CYCOLOY™ PC/ABS
CYCOLOY™ PC/ABS is characterized by an above-average performance profile:
- Very high impact strength, even at low temperatures
- Improved heat resistance compared to standard ABS
- Good stiffness and strength
- Exceptional surface quality for high-quality visible parts
- Excellent dimensional accuracy and dimensional stability
- Good chemical resistance
- Easy to dye and paint
Special grades are available as options, such as those with flame retardancy (UL94 V0), UV stabilization, or improved flow properties.
Typical Applications
CYCOLOY™ PC/ABS is the top choice for applications that require both mechanical performance and design:
- Automotive Industry: Interior and exterior parts, painted visible components
- Electrical & Electronics: Enclosures, Connector Systems, Components with Enhanced Safety Requirements
- IT & Communications: Laptop and Device Cases
- Home Appliances: High-Quality, Stylish Surfaces with High Heat Resistance
- Medical Technology: Housings and Functional Components (depending on approval)
Processing and Technical Advantages
CYCOLOY™ PC/ABS offers excellent processing properties and high process reliability:
- Injection Molding for Complex, Precision Components
- Extrusion for semi-finished technical products
- Thermoforming for Large-Area Applications
The material offers an optimal balance between flowability and mechanical performance, making it possible to produce even complex geometries with a high-quality surface finish.
Why purchase CYCOLOY™ PC/ABS from Grässlin Kunststoffe?
With Grässlin Kunststoffe, you benefit from comprehensive expertise in the field of engineering plastics:
- Broad portfolio of SABIC CYCOLOY™ PC/ABS grades
- Customized Material Consulting for Your Application
- Technical support for component design and process optimization
- High delivery capacity thanks to our own warehouse logistics
- Comprehensive project support from concept to mass production
As part of the Hromatka Group, Grässlin stands for a reliable supply of materials, in-depth expertise, and collaborative partnerships throughout the entire value chain.
With CYCOLOY™ PC/ABS, performance meets design
CYCOLOY™ PC/ABS from SABIC is the perfect solution for applications that require a combination of the highest mechanical performance, temperature resistance, and excellent surface quality. The wide variety of grades allows for a precisely tailored design to meet virtually any engineering challenge.
Get advice now: Work with our experts to find the ideal CYCOLOY™ PC/ABS material for your project.
GELOY™ ASA from SABIC – Weather-resistant, high-performance plastic for long-lasting applications
GELOY™ ASA from SABIC is a high-quality ASA (acrylonitrile-styrene-acrylate) blend that has been specifically developed for applications where UV stability, weather resistance, and long-term color and surface quality are critical. Compared to traditional ABS materials, GELOY™ ASA offers significantly improved resistance to environmental influences—without compromising mechanical performance.
Grässlin Kunststoffe offers GELOY™ ASA in a variety of grades—perfectly tailored to your technical requirements and operating conditions.
Properties of GELOY™ ASA
GELOY™ ASA stands out thanks to its unique set of properties for outdoor use:
- Excellent UV and weather resistance
- Long-term color and gloss stability
- High impact strength —even at low temperatures
- Good stiffness and mechanical strength
- Excellent surface quality for visible components
- Good chemical resistance
- Low-shrinkage processing and high dimensional stability
Depending on the application, variants with specific properties are available, such as increased flowability, improved heat resistance, or custom color and surface finishes.
Typical Applications
GELOY™ ASA is particularly well-suited for outdoor applications or use in demanding environmental conditions:
- Automotive Industry: Exterior parts such as mirror housings, trim strips, and covers
- Construction & Infrastructure: Facade elements, profiles, enclosures for outdoor applications
- Electrical & Electronics: Outdoor Enclosures, Junction Boxes
- Household Appliances: Components Exposed to UV Light
- Leisure & Consumer Goods: Garden Furniture, Sports and Outdoor Products
Processing and Technical Advantages
GELOY™ ASA offers excellent processing properties and is compatible with standard processes:
- Injection molding for complex components with high surface quality
- Extrusion for outdoor profiles and sheets
- Thermoforming for Large-Area Applications
This material ensures consistently high component quality even after long-term exposure to the elements. This is a key advantage over standard plastics.
Why buy GELOY™ ASA from Grässlin Kunststoffe?
Grässlin Kunststoffe is your experienced partner for high-performance plastic solutions:
- Broad portfolio of SABIC GELOY™ ASA grades
- Customized Consulting for Outdoor and UV Applications
- Technical support for component design and material selection
- High availability thanks to our own warehousing and logistics
- Comprehensive project support from concept to mass production
As part of the Hromatka Group, Grässlin offers comprehensive expertise and supports plastics projects throughout the entire value chain—from development to the finished application.
GELOY™ ASA – The Durable Alternative for Demanding Outdoor Applications
SABIC's GELOY™ ASA is the ideal choice for applications where UV stability, weather resistance, and lasting surface quality are key. The material combines durability with design flexibility and ensures long-lasting, high-quality products.
Get advice now: Work with our experts to find the ideal GELOY™ ASA material for your application.
LEXAN™ PC from SABIC – Highly transparent, high-performance plastic for maximum safety and design freedom
LEXAN™ PC from SABIC is a high-quality polycarbonate (PC) characterized by extreme impact resistance, high transparency, and excellent heat resistance. As one of the world’s leading engineering plastics, LEXAN™ PC is the top choice for applications where safety, aesthetics, and mechanical performance are critical.
Grässlin Kunststoffe offers a wide range of LEXAN™ PC grades. This allows us to tailor our products precisely to your requirements in terms of technology, design, and processing.
Properties of LEXAN™ PC
LEXAN™ PC offers an outstanding set of properties:
- Extremely high impact resistance (virtually unbreakable)
- High transparency and optical quality (glass-like)
- Very good heat resistance
- High stiffness and strength
- Good dimensional stability
- Electrical Insulation Properties
- Good flame resistance (depending on the type)
Special grades are available as options, such as those with UV protection, flame retardancy (UL94), improved flow properties, or for optical applications with the most demanding requirements.
Typical Applications
LEXAN™ PC is widely used in numerous high-end applications:
- Automotive Industry: Headlight Covers, Interior Components
- Electrical & Electronics: Enclosures, Connector Systems, Insulating Components
- Construction & Architecture: Glazing, Skylights, Safety Glass
- Medical Technology: Transparent Housings and Technical Components
- Safety Applications: Safety Glass, Machine Covers
- Consumer Goods: High-Quality Design Products with Transparency
Processing and Technical Advantages
LEXAN™ PC offers versatile processing options combined with high process reliability:
- Injection Molding for Complex and Precise Components
- Extrusion for Sheets, Films, and Profiles
- Thermoforming for large-area transparent applications
The material combines high mechanical strength with excellent aesthetics, making it possible to produce both functional and design-oriented components.
Why buy LEXAN™ PC from Grässlin Kunststoffe?
Grässlin Kunststoffe is your experienced partner for high-performance engineering plastics:
- Extensive portfolio of SABIC LEXAN™ PC grades
- Customized consulting for optical and technical applications
- Support with material selection, component design, and fabrication
- High availability thanks to our own warehousing and logistics infrastructure
- Comprehensive project support from concept to mass production
As part of the Hromatka Group, Grässlin supports plastics projects throughout the entire value chain and offers customized solutions for a wide range of industries.
LEXAN™ PC – Where Transparency Meets Maximum Performance
LEXAN™ PC from SABIC is the ideal solution for applications that require a combination of impact strength, transparency, and heat resistance. The material offers the highest quality, safety, and design flexibility in demanding applications.
Get advice now: Our experts will help you select the best LEXAN™ PC material for your application.
SABIC POM™ – High-precision engineering plastic for demanding technical applications
SABIC POM™ (polyoxymethylene) is a highly crystalline engineering thermoplastic characterized by excellent stiffness, high strength, and outstanding sliding properties. The material is particularly well-suited for precision components subjected to mechanical stress and offers excellent dimensional stability and wear resistance.
Grässlin Kunststoffe offers SABIC POM™ in a variety of grades and modifications—optimally tailored to your requirements in terms of design, function, and processing.
Properties of SABIC POM™
SABIC POM™ offers a high-performance property profile for engineering applications:
- High mechanical strength and stiffness
- Excellent dimensional stability and dimensional accuracy
- Excellent lubricity and wear resistance
- Low coefficient of friction
- Good chemical resistance to many solvents and fuels
- Low water absorption
- Good long-term performance even under varying loads
Depending on the application, special grades are available, such as those with improved sliding properties, increased impact resistance, or optimized processability.
Typical Applications
SABIC POM™ is ideal for precision components and those subject to mechanical stress:
- Automotive Industry: Gears, Clips, Functional Components, Fuel Systems
- Mechanical Engineering: Plain Bearings, Guides, Snap-Fit Connections
- Electrical & Electronics: Precision Components and Connector Systems
- Household Appliances: Components Subject to Mechanical Stress
- Consumer Goods: Durable Functional Components
Processing and Technical Advantages
SABIC POM™ can be processed efficiently and reliably:
- Injection Molding for High-Precision Production Parts
- Extrusion for Profiles and Semi-Finished Products
Due to its material properties, POM is particularly well-suited for components with tight tolerances and high mechanical loads. The combination of stiffness, lubricity, and wear resistance enables the production of durable and reliable products.
Why buy SABIC POM™ from Grässlin Kunststoffe?
Grässlin Kunststoffe is your trusted partner for engineering plastics and high-performance materials:
- Broad portfolio of SABIC POM™ grades
- Customized Consulting for Tribological and Mechanical Applications
- Support with component design and material selection
- High availability thanks to our own warehousing and logistics
- Comprehensive project support from concept to mass production
As part of the Hromatka Group, Grässlin supports plastics projects throughout the entire value chain and offers customized solutions for a wide range of industries.
SABIC POM™ – Precision You Can Count On
SABIC POM™ is the ideal choice for applications where dimensional stability, mechanical strength, and wear resistance are critical. The material stands out for its reliability and durability in demanding technical applications.
Get advice now: Our experts will help you select the best SABIC POM™ material for your application.
SABIC PMMA™ – Highly transparent acrylic resin for brilliant appearance and long-lasting applications
SABIC PMMA™ (polymethyl methacrylate) is a high-quality, transparent thermoplastic characterized by exceptional light transmission, UV resistance, and excellent surface quality. As an alternative to glass, PMMA combines brilliant clarity with significantly lower weight and high weather resistance.
Grässlin Kunststoffe offers SABIC PMMA™ in a variety of grades and formulations, ensuring you get exactly the right product to meet your requirements in terms of design, function, and processing.
Properties of SABIC PMMA™
SABIC PMMA™ offers an outstanding profile of properties for optical and engineering applications:
- Very high light transmittance (up to approximately 92%)
- Excellent UV and weather resistance
- Excellent surface quality and scratch resistance
- High stiffness and good strength
- Lightweight compared to glass
- Good chemical resistance
- Excellent dyeability and optical adaptability
Depending on the application, variants with special impact resistance modifications, increased heat resistance, or optimized flow properties are available.
Typical Applications
SABIC PMMA™ is ideal for applications with high standards for transparency and design:
- Automotive Industry: Light Guides, Covers, Design Components
- Lighting Technology: Lenses, Diffusers, Light Covers
- Construction & Architecture: Glazing, Displays, Skylights
- Electrical & Electronics: Transparent Enclosures and Display Elements
- Consumer Goods & Design: Displays, POS Applications, High-Quality Products
- Medical Technology: Optical Components (depending on approval)
Processing and Technical Advantages
SABIC PMMA™ can be processed efficiently and in a variety of ways:
- Injection Molding for Precise, Transparent Components
- Extrusion for Sheets, Tubes, and Profiles
- Thermoforming for Large-Area Applications
The material combines the highest optical quality with good mechanical stability, making it suitable for both functional and design-oriented applications.
Why purchase SABIC PMMA™ through Grässlin Kunststoffe?
Grässlin Kunststoffe is your reliable partner for high-quality engineering and optical plastics:
- Broad portfolio of SABIC PMMA™ grades
- Customized consulting for optical and design-oriented applications
- Technical support for material selection and component design
- High delivery capacity thanks to our own warehousing and logistics
- Comprehensive project support from concept to mass production
As part of the Hromatka Group, Grässlin offers comprehensive expertise and supports plastics projects throughout the entire value chain—from development to the finished application.
SABIC PMMA™ – Brilliant transparency for the most demanding design requirements
SABIC PMMA™ is the ideal choice for applications where optical clarity, UV resistance, and high-quality surfaces are key. The material combines aesthetics with functionality and enables durable, design-oriented solutions.
Get advice now: Our experts will help you select the ideal SABIC PMMA™ material for your application.
VALOX™ PBT from SABIC – High-Performance Polyester for Precision and Long-Lasting Applications
VALOX™ from SABIC is a high-quality thermoplastic polyester based on polybutylene terephthalate (PBT) that offers high stiffness, excellent dimensional stability, and very good electrical properties. The material is specifically designed for engineering applications where reliability, precision, and durability are key.
Grässlin Kunststoffe offers VALOX™ in a wide range of grades and modifications—precisely tailored to your mechanical, electrical, and processing requirements.
Properties of VALOX™ PBT
VALOX™ stands out thanks to its versatile and high-performance property profile:
- High stiffness and strength
- Excellent dimensional stability and dimensional accuracy
- Low water absorption
- Excellent electrical insulation properties
- Good chemical resistance
- High heat resistance
- Excellent flow properties for complex components
Depending on the application, specific types are available, such as:
- Fiberglass-reinforced versions for increased stiffness
- Flame-retardant ratings (e.g., UL94 V0)
- Hydrolysis-stabilized types
- Variants with improved surface properties
Typical Applications
VALOX™ PBT is particularly well-suited for engineering components that require high levels of precision and excellent electrical properties:
- Electrical & Electronics: Connectors, Switches, Enclosures, Coil Forms
- Automotive Industry: Sensor housings, connector systems, functional components
- Industry & Mechanical Engineering: Precision Components, Housings
- Household Appliances: Components Subject to Electrical and Thermal Stress
- E-Mobility & Energy: Components for Charging Infrastructure and Electronics
Processing and Technical Advantages
VALOX™ PBT offers excellent processing properties and high process reliability:
- Injection Molding for Precise and Complex Components
- Extrusion for Engineering Profiles
This material allows for cost-effective processing while ensuring high component quality. Its short cycle times and low tendency to warp are particularly advantageous.
Why buy VALOX™ from Grässlin Kunststoffe?
Grässlin Kunststoffe is your reliable partner for high-performance engineering plastics:
- Broad portfolio of SABIC VALOX™ grades
- Customized consulting for electrical and mechanical applications
- Technical support for component design and material selection
- High availability thanks to our own warehousing and logistics
- Comprehensive project support from concept to mass production
As part of the Hromatka Group, Grässlin supports plastics projects throughout the entire value chain and offers customized solutions for a wide range of industries.
VALOX™ PBT – Precision and Reliability for Engineering Applications
VALOX™ from SABIC is the ideal choice for applications where dimensional stability, electrical properties, and mechanical strength are critical. The material stands out for its versatility and reliability in demanding applications.
Get advice now: Our experts will help you select the best VALOX™ PBT material for your project.
XENOY™ PC/PBT from SABIC – A durable blend for demanding indoor and outdoor applications
XENOY™ PC/PBT from SABIC is a high-performance polymer blend of polycarbonate (PC) and polybutylene terephthalate (PBT) that was specifically developed for applications requiring high impact strength, chemical resistance, and dimensional stability. The material combines the toughness of PC with the chemical and thermal resistance of PBT. Its properties make it ideal for demanding engineering components, even under challenging environmental conditions.
Grässlin Kunststoffe offers XENOY™ PC/PBT in a variety of grades and formulations, optimally tailored to your specific requirements.
Properties of XENOY™ PC/PBT
XENOY™ stands out for its balanced high-performance profile:
- Very high impact strength, even at low temperatures
- Good chemical resistance (e.g., to cleaning agents and fuels)
- High dimensional stability and dimensional accuracy
- Good heat resistance
- Very good surface quality
- Low moisture absorption
- Weather-resistant models are available for outdoor use
Variants with flame retardancy, UV stabilization, or special mechanical properties are available as options.
Typical Applications
XENOY™ PC/PBT is particularly well-suited for rugged applications in demanding environments:
- Automotive Industry: Bumper Components, Trim, Structural Parts
- Electrical & Electronics: Enclosures and Components Subject to Increased Chemical Stress
- Industry & Mechanical Engineering: Rugged Enclosures and Functional Parts
- Construction & Infrastructure: Outdoor Applications Exposed to the Elements
- Consumer goods: durable products subject to high mechanical stress
Processing and Technical Advantages
XENOY™ PC/PBT offers excellent processing properties:
- Injection Molding for Complex and Durable Components
- Extrusion for Engineering Profiles
The material offers an optimal balance of toughness, chemical resistance, and processability, and is particularly well-suited for applications that demand high levels of durability and robustness.
Why purchase XENOY™ PC/PBT from Grässlin Kunststoffe?
Grässlin Kunststoffe is your trusted partner for technical plastic solutions:
- Broad portfolio of SABIC XENOY™ grades
- Customized Consulting for Demanding Applications
- Technical support for material selection and component design
- High availability thanks to our own warehousing and logistics
- Comprehensive Project Support – From Concept to Mass Production
As part of the Hromatka Group, Grässlin offers comprehensive expertise and supports plastics projects throughout the entire value chain—from development to the finished application.
XENOY™ PC/PBT – The durable solution for demanding operating conditions
XENOY™ PC/PBT from SABIC is the ideal choice for applications where impact resistance, chemical resistance, and dimensional stability are critical—both indoors and outdoors. The material is synonymous with reliability, durability, and versatility.
Get advice now: Our experts will help you select the best XENOY™ PC/PBT material for your project.
XYLEX™ PC/PET from SABIC – Highly Transparent Blend for Demanding Technical and Optical Applications
XYLEX™ PC/PET from SABIC is an innovative polymer blend of polycarbonate (PC) and polyethylene terephthalate (PET) that offers a unique combination of high transparency, chemical resistance, and mechanical performance. The material was specifically developed for applications that require a balance of visual appeal, durability, and resistance to various media.
Grässlin Kunststoffe offers XYLEX™ PC/PET in a variety of grades—tailored to your specific requirements in terms of design, engineering, and processing.
Properties of XYLEX™ PC/PET
XYLEX™ stands out for its exceptionally balanced set of properties:
- High transparency and excellent optical properties
- Excellent chemical resistance (e.g., to cleaning agents, greases, and oils)
- High impact strength even at low temperatures
- Good stiffness and mechanical strength
- Good resistance to stress cracking
- High dimensional stability
- Good heat resistance
Depending on the application, variants with optimized flow properties, increased clarity, or special mechanical properties are available.
Typical Applications
Xylex™ PC/PET is particularly well-suited for applications that require a combination of transparency and chemical resistance:
- Medical Technology: Transparent housings and functional components (depending on approval)
- Electrical & Electronics: Clear Enclosures and Display Elements
- Automotive Industry: Transparent Interior Components
- Home Appliances: Viewing Windows and Design-Oriented Components
- Consumer goods: durable, transparent products with high resilience
Processing and Technical Advantages
Xylex™ PC/PET can be processed efficiently and reliably:
- Injection Molding for Precise, Transparent Components
- Extrusion for semi-finished technical products
The material offers an optimal combination of optical quality, chemical resistance, and mechanical strength, making it a high-performance alternative to traditional transparent plastics.
Why purchase XYLEX™ PC/PET from Grässlin Kunststoffe?
Grässlin Kunststoffe is your reliable partner for high-performance engineering plastics:
- Broad portfolio of SABIC XYLEX™ grades
- Customized consulting for applications subject to optical and chemical stress
- Technical support for material selection and component design
- High availability thanks to our own warehousing and logistics
- Comprehensive Project Support – From Concept to Mass Production
As part of the Hromatka Group, Grässlin supports plastics projects throughout the entire value chain and offers customized solutions for a wide range of industries.
XYLEX™ PC/PET – Transparency Meets Chemical Resistance
XYLEX™ PC/PET from SABIC is the ideal choice for applications that require optical clarity, high impact strength, and chemical resistance. The material opens up new possibilities for durable, transparent, and functional components.
Get advice now: Our experts will help you select the ideal XYLEX™ PC/PET material for your project.
TROGAMID™ PA12 (transparent, microcrystalline) from Evonik – Clear, high performance for demanding applications
TROGAMID™ PA12 from Evonik is a transparent, microcrystalline, high-performance plastic based on polyamide 12 (PA12). The material combines high optical clarity with excellent chemical resistance and mechanical strength, making it a high-performance alternative to amorphous transparent plastics.
Thanks to its unique molecular structure, TROGAMID™ offers a one-of-a-kind combination of transparency, toughness, and durability that is in high demand in many demanding applications.
Grässlin Kunststoffe offers TROGAMID™ PA12 for high-quality, transparent, and functional components.
Properties of TROGAMID™ PA12
TROGAMID™ stands out thanks to its exceptional property profile:
- High transparency and optical quality
- Excellent chemical resistance (e.g., to cleaners, oils, greases, and fuels)
- High impact strength —even at low temperatures
- Good resistance to stress cracking (ESC)
- Low water absorption compared to other polyamides
- High dimensional stability
- Good UV and weather resistance (depending on the type)
The microcrystalline structure offers a rare combination of transparency and chemical resistance.
Typical Applications
TROGAMID™ PA12 is ideal for applications that require a combination of transparency and durability:
- Medical Technology: Transparent housings, components (depending on approval)
- Electrical & Electronics: Clear, Rugged Enclosures and Functional Components
- Automotive Industry: Transparent Interior Components
- Home Appliances: Viewing Windows and Design-Oriented Components
- Sports & Consumer Goods: high-quality, transparent products (e.g., eyeglass frames)
Processing and Technical Advantages
TROGAMID™ can be processed efficiently and reliably:
- Injection Molding for Precise, Transparent Components
- Extrusion for Profiles and Semi-Finished Products
This material offers an optimal combination of optical quality, chemical resistance, and mechanical strength —even for complex geometries.
Why buy TROGAMID™ from Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for high-quality engineering plastics:
- Access to the Evonik TROGAMID™ Portfolio
- Customized consulting for transparent and chemically exposed applications
- Technical support for material selection and component design
- High availability thanks to our own warehousing and logistics
- Project support from concept to mass production
As an experienced distributor of engineering plastics, Grässlin offers comprehensive expertise and supports customers throughout the entire value chain—from development to the finished application.
TROGAMID™ PA12 – Transparency Combined with Technical Superiority
Evonik’s TROGAMID™ PA12 is the ideal choice for applications that require optical clarity, chemical resistance, and high impact strength. The material opens up new possibilities for durable, transparent, and functional components.
Get advice now: Our experts will help you select the best TROGAMID™ PA12 material for your project.
TROGAMID Care™ PA12 (transparent, medical) from Evonik – High-performance material for demanding medical applications
TROGAMID Care™ PA12 from Evonik is a transparent, microcrystalline high-performance plastic that was specifically developed for use in medical and pharmaceutical applications. The material combines optical clarity, high chemical resistance, and excellent mechanical properties with the stringent requirements for medical materials.
TROGAMID Care™ stands for safety, purity, and reliability, and is ideal for applications where transparency and durability are equally critical.
Grässlin Kunststoffe offers TROGAMID Care™ PA12 for high-quality medical and technical applications.
Properties of TROGAMID Care™ PA12
TROGAMID Care™ stands out thanks to a property profile specifically tailored to medical requirements:
- High transparency and optical quality
- Excellent chemical resistance (e.g., to disinfectants, fats, and oils)
- High impact strength —even at low temperatures
- Good resistance to stress cracking (ESC)
- Low water absorption compared to standard PA
- High dimensional stability
- Suitable for sterilization methods (e.g., gamma, EtO—depending on the type)
- Compliance with relevant medical standards and regulations (depending on the type, e.g., ISO 10993, USP Class VI)
Typical Applications
TROGAMID Care™ PA12 is specifically designed for medical and regulated applications:
- Medical Technology: Enclosures, Transparent Components, Fluidic Systems
- Pharmaceuticals & Diagnostics: Transparent Functional Components and Analytical Instruments
- Laboratory Applications: Equipment Components Subject to Chemical Stress
- Healthcare Products: Functional and Design-Oriented Components
- Food-related applications: Components with high purity requirements (depending on approval)
Processing and Technical Advantages
TROGAMID Care™ can be processed efficiently and safely:
- Injection Molding for Precise, Transparent Components
- Extrusion for Profiles and Semi-Finished Products
This material offers an optimal combination of optical quality, chemical resistance, and process reliability, which is particularly crucial in regulated industries.
Why purchase TROGAMID Care™ from Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for sophisticated and regulated plastic applications:
- Access to the Evonik TROGAMID Care™ Portfolio
- Customized Consulting for Medical and Regulated Applications
- Technical support for material selection and component design
- High availability thanks to our own warehousing and logistics
- Project support from concept to mass production
Thanks to its partnership with Evonik and its many years of experience with engineering plastics, Grässlin offers reliable solutions for demanding applications.
TROGAMID Care™ – Clarity and Safety for Medical Applications
TROGAMID Care™ PA12 from Evonik is the ideal choice for applications where transparency, chemical resistance, and medical approvals are critical. The material offers the highest quality and reliability for sensitive applications.
Get advice now: Our experts will help you select the best TROGAMID Care™ material for your project.
VESTAMID™ PA12 & PA6.12 from Evonik – High-Performance Polyamides for Demanding Applications
Evonik’s VESTAMID™ is a high-performance product family based on polyamide 12 (PA12) and polyamide 6.12 (PA6.12), characterized by an outstanding combination of chemical resistance, mechanical strength, and low water absorption. These materials are specifically designed for applications where reliability, durability, and process reliability are key.
Grässlin Kunststoffe offers VESTAMID™ solutions for engineering applications across a wide range of industries—tailored to your specific needs.
Properties of VESTAMID™ PA12 & PA6.12
VESTAMID™ stands out for its versatile high-performance characteristics:
- Excellent chemical resistance (e.g., to fuels, oils, greases, and chemicals)
- Low water absorption compared to standard polyamides
- High impact strength —even at low temperatures
- Good resistance to stress cracking (ESC)
- High dimensional stability and dimensional accuracy
- Good resistance to abrasion and wear
- Excellent long-term performance characteristics
PA6.12 offers slightly higher stiffness, while PA12 stands out for its exceptionally low moisture absorption and high flexibility.
Typical Applications
VESTAMID™ is used in numerous demanding technical applications:
- Automotive Industry: Fuel Lines, Pneumatic Lines, Functional Components
- E-Mobility: Components for Batteries and Fluid Management
- Industry & Mechanical Engineering: Hoses, Tubes, Connectors
- Electrical & Electronics: Insulating and Mechanically Stressed Components
- Medical Technology: Functional Components (depending on approval)
Processing and Technical Advantages
VESTAMID™ can be processed efficiently and reliably:
- Injection Molding for Complex Technical Components
- Extrusion for Pipes, Hoses, and Profiles
These materials offer high process stability and consistent component quality, even in demanding applications involving contact with media.
Why buy VESTAMID™ from Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for high-performance engineering plastics:
- Access to the Evonik VESTAMID™ Portfolio (PA12 & PA6.12)
- Customized consulting for applications subject to chemical and mechanical stress
- Technical support for material selection and component design
- High availability thanks to our own warehousing and logistics
- Project support from concept to mass production
Thanks to its partnership with Evonik and its many years of experience, Grässlin offers reliable solutions for demanding plastic applications.
VESTAMID™ – Reliable Performance for Demanding Applications
Evonik’s VESTAMID™ PA12 and PA6.12 are the ideal choice for applications where chemical resistance, dimensional stability, and mechanical strength are critical. The material offers durable, reliable, and versatile solutions for demanding applications.
Get advice now: Our experts will help you select the best VESTAMID™ material for your project.
VESTAMID TERRA™ PA6.10, PA10.10, PA10.12 from Evonik – Sustainable, high-performance polyamides made from renewable raw materials
Evonik’s VESTAMID TERRA™ is an innovative product family of bio-based polyamides based on PA6.10, PA10.10, and PA10.12, which are primarily produced from renewable raw materials such as castor oil. These materials combine sustainability with outstanding technical performance and offer a high-performance alternative to conventional fossil-based polyamides.
Grässlin Kunststoffe offers VESTAMID TERRA™ for demanding applications with a focus on reducing CO₂ emissions and conserving resources, without compromising on quality or performance.
Properties of VESTAMID TERRA™
VESTAMID TERRA™ stands out thanks to its impressive property profile:
- High bio-based content (up to >60–100%, depending on the type)
- Excellent chemical resistance (e.g., to oils, fuels, and chemicals)
- Low water absorption compared to PA6 or PA66
- High impact resistance and flexibility
- Good resistance to stress cracking (ESC)
- Excellent dimensional stability
- Good resistance to abrasion and wear
PA10.10 and PA10.12 are particularly notable for their high flexibility and very low moisture absorption, while PA6.10 offers a balanced combination of stiffness and toughness.
Focus on Sustainability
VESTAMID TERRA™ represents a forward-looking plastic solution:
- Made from renewable raw materials (e.g., castor oil)
- Reduced carbon footprint compared to fossil-based polyamides
- Support for Sustainable Product Strategies
- Resource-efficient manufacturing
This makes the material ideal for companies that are actively pursuing their sustainability goals.
Typical Applications
VESTAMID TERRA™ is versatile—especially in applications where sustainability and performance are key:
- Automotive Industry: Wires, Functional Components, E-Mobility Components
- Industry & Mechanical Engineering: Hoses, Tubes, Connectors
- Consumer Goods: Sustainable, Durable Products
- Sports & Outdoor: Functional Components with an Environmental Focus
- Electrical & Electronics: Technical Components
Processing and Technical Advantages
VESTAMID TERRA™ can be processed efficiently using standard methods:
- Injection Molding for Complex Components
- Extrusion for Pipes, Hoses, and Profiles
These materials offer performance comparable to that of conventional polyamides, while also providing an improved sustainability profile.
Why purchase VESTAMID TERRA™ from Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for sustainable and technical plastic solutions:
- Access to the Evonik VESTAMID TERRA™ Portfolio
- Customized Consulting for Sustainable Material Concepts
- Technical support for material selection and component design
- High availability thanks to our own warehousing and logistics
- Project support from concept to mass production
Through its partnership with Evonik and its extensive expertise, Grässlin supports customers in implementing sustainable plastic solutions.
VESTAMID TERRA™ – Sustainability Meets Technical Performance
Evonik’s VESTAMID TERRA™ PA6.10, PA10.10, and PA10.12 are the ideal choice for applications that require a combination of sustainability, chemical resistance, and mechanical performance. The material enables innovative, environmentally friendly solutions without compromise.
Get advice now: Our experts will help you select the ideal VESTAMID TERRA™ material for your sustainable project.
VESTAMID CARE ML™ PA12 from Evonik – High-performance medical-grade plastic for the most demanding applications
VESTAMID CARE ML™ PA12 from Evonik is a high-performance plastic based on polyamide 12 that was developed specifically for medical applications. The material meets the highest standards for purity, biocompatibility, and regulatory safety, while also offering the outstanding mechanical and chemical properties of PA12.
VESTAMID CARE ML™ stands for medical-grade quality, specifically designed for sensitive applications in the healthcare sector and regulated markets.
Grässlin Kunststoffe offers VESTAMID CARE ML™ PA12 for demanding medical and pharmaceutical applications—along with comprehensive technical consulting.
Properties of VESTAMID CARE ML™ PA12
VESTAMID CARE ML™ stands out thanks to its properties, which are specifically tailored to medical requirements:
- High biocompatibility (e.g., according to ISO 10993, USP Class VI—depending on the type)
- Excellent chemical resistance to disinfectants, cleaners, and media
- Low water absorption compared to standard polyamides
- High impact resistance and flexibility
- Very good resistance to stress cracking (ESC)
- High dimensional stability
- Suitable for sterilization methods (e.g., gamma, EtO—depending on the type)
- High purity and controlled production conditions
Typical Applications
VESTAMID CARE ML™ PA12 is ideal for regulated and medical applications:
- Medical Technology: Housings, Functional Components, Fluidic Systems
- Pharmaceuticals & Diagnostics: Equipment Components and Analytical Applications
- Laboratory Applications: Components Subject to Chemical Stress
- Healthcare Products: Functional and Durable Components
- Food-related applications: subject to appropriate approval
Processing and Technical Advantages
VESTAMID CARE ML™ can be processed efficiently and reliably:
- Injection Molding for Precision Medical Components
- Extrusion for Hoses, Profiles, and Semi-Finished Products
The material ensures a high level of process reliability and consistent quality, which is particularly crucial in regulated industries.
Why purchase VESTAMID CARE ML™ from Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for sophisticated and regulated plastic applications:
- Access to the Evonik VESTAMID CARE ML™ Portfolio
- Customized Consulting for Medical Applications and Regulatory Matters
- Technical support for material selection and component design
- High availability thanks to our own warehousing and logistics
- Project support from concept to mass production
Through its partnership with Evonik and its extensive expertise, Grässlin offers reliable solutions for demanding applications in the medical field.
VESTAMID CARE ML™ – Safety and Performance for Medical Applications
VESTAMID CARE ML™ PA12 from Evonik is the ideal choice for applications where biocompatibility, chemical resistance, and regulatory compliance are critical. The material offers the highest quality and reliability for sensitive applications.
Get advice now: Our experts will help you select the best VESTAMID CARE ML™ material for your project.
VESTAMID CARE ME™ PA12 Elastomer from Evonik – A Flexible, High-Performance Plastic for Medical Applications
Evonik’s VESTAMID CARE ME™ PA12 elastomer is a specially developed, high-performance medical-grade plastic with elastomeric properties based on polyamide 12. The material combines flexibility, high resilience, and excellent chemical resistance with strict requirements for biocompatibility and regulatory safety.
This makes VESTAMID CARE ME™ ideal for applications that require elastic properties, long-term durability, and medical approvals.
Grässlin Kunststoffe offers VESTAMID CARE ME™ solutions for demanding medical and technical applications.
Properties of VESTAMID CARE ME™ PA12 Elastomer
VESTAMID CARE ME™ stands out thanks to an elastomer profile specifically tailored to medical requirements:
- Elastomeric behavior with high flexibility
- High resilience and endurance
- Excellent chemical resistance (e.g., to disinfectants and media)
- Low water absorption
- High resistance to stress cracking (ESC)
- Good resistance to abrasion and wear
- Biocompatibility (e.g., ISO 10993, USP Class VI—depending on the type)
- Suitable for sterilization methods (e.g., gamma, EtO—depending on the type)
Typical Applications
VESTAMID CARE ME™ is ideal for flexible and functional components in the medical field:
- Medical Technology: Flexible Tubing, Seals, Connectors
- Pharmaceuticals & Diagnostics: Flexible Components in Analytical and Fluidic Systems
- Laboratory Applications: Components Subject to Dynamic Loads
- Healthcare Products: Flexible Functional Components
- Food-related applications: subject to appropriate approval
Processing and Technical Advantages
VESTAMID CARE ME™ can be processed efficiently and reliably:
- Injection Molding for Precision Elastic Components
- Extrusion for Hoses and Flexible Profiles
The material offers an optimal combination of flexibility, mechanical stability, and process reliability, which is particularly important for medical mass-production applications.
Why purchase VESTAMID CARE ME™ from Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for sophisticated medical plastic solutions:
- Access to the Evonik VESTAMID CARE ME™ Portfolio
- Customized consulting for elastic and medical applications
- Technical support for material selection and component design
- High availability thanks to our own warehousing and logistics
- Project support from development through to mass production
Through its partnership with Evonik and its extensive expertise, Grässlin offers reliable solutions for regulated and highly specialized applications.
VESTAMID CARE ME™ – Flexibility and Safety for Medical Applications
Evonik’s VESTAMID CARE ME™ PA12 elastomer is the ideal choice for applications that require a combination of flexibility, biocompatibility, and chemical resistance. This material enables durable, safe, and high-performance solutions in the medical field.
Get advice now: Our experts will help you select the best VESTAMID CARE ME™ material for your project.
VESTAMID E™ PA12 Elastomer from Evonik – A Flexible, High-Performance Plastic for Dynamic Applications
Evonik’s VESTAMID E™ PA12 elastomer is a high-performance elastomeric material based on polyamide 12 that is characterized by high flexibility, excellent resilience, and very good chemical resistance. The material is specifically designed for applications where continuous dynamic loading, resistance to various media, and reliability are key requirements.
VESTAMID E™ combines the advantages of traditional elastomers with the properties of engineering plastics—making it ideal for demanding industrial applications.
Grässlin Kunststoffe offers VESTAMID E™ solutions for flexible and durable components.
Properties of VESTAMID E™ PA12 Elastomer
VESTAMID E™ stands out for its well-balanced elastomeric property profile:
- High flexibility and elasticity
- Excellent resilience even under continuous stress
- Excellent chemical resistance (e.g., to oils, fuels, and chemicals)
- Low water absorption
- Good resistance to stress cracking (ESC)
- High resistance to abrasion and wear
- Good cold flexibility
- High durability
Typical Applications
VESTAMID E™ is ideal for flexible and mechanically demanding applications:
- Automotive Industry: Hoses, Seals, Flexible Connectors
- Industry & Mechanical Engineering: Hoses, Protective Covers, Flexible Components
- Energy & E-Mobility: Components Subject to Dynamic Loads
- Sports & Leisure: Flexible, Durable Functional Components
- Consumer Goods: Resilient Components with a Long Service Life
Processing and Technical Advantages
VESTAMID E™ can be processed efficiently and reliably:
- Injection Molding for Complex Elastic Components
- Extrusion for Hoses, Profiles, and Flexible Semi-Finished Products
The material offers an optimal combination of flexibility, mechanical stability, and process reliability, even in mass production.
Why buy VESTAMID E™ from Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for technical and functional plastic solutions:
- Access to the Evonik VESTAMID E™ Portfolio
- Customized consulting for applications involving elastic and dynamic loads
- Technical support for material selection and component design
- High availability thanks to our own warehousing and logistics
- Project support from concept to mass production
Through its partnership with Evonik and its extensive expertise, Grässlin offers reliable solutions for demanding plastic applications.
VESTAMID E™ – Flexibility and Performance for Dynamic Applications
Evonik’s VESTAMID E™ PA12 elastomer is the ideal choice for applications that require elasticity, chemical resistance, and mechanical strength. The material enables durable, flexible, and reliable solutions for a wide range of applications.
Get advice now: Our experts will help you select the best VESTAMID E™ material for your project.
VESTOSINT™ PA12 Powder from Evonik – High-Performance Powder for Additive Manufacturing and Coating
VESTOSINT™ PA12 powder from Evonik is a high-quality polyamide-12 powder that was specifically developed for applications in additive manufacturing (e.g., laser sintering), powder coating, and powder processing. The material offers an outstanding combination of mechanical strength, chemical resistance, and excellent processability.
Thanks to its fine, well-defined particle structure, VESTOSINT™ is ideal for precise, functional components as well as high-quality surface coatings.
Grässlin Kunststoffe offers VESTOSINT™ solutions for innovative manufacturing processes and demanding applications.
Properties of VESTOSINT™ PA12 Powder
VESTOSINT™ stands out thanks to its impressive performance profile:
- High mechanical strength and impact resistance
- Excellent chemical resistance (e.g., to oils, fuels, and chemicals)
- Low water absorption
- High resistance to abrasion and wear
- Excellent flowability and uniform particle distribution
- High process stability in additive manufacturing processes
- Good surface quality of the components
Typical Applications
VESTOSINT™ is used in various modern manufacturing processes:
- Additive Manufacturing (Laser Sintering / SLS): Functional Prototypes and Production Parts
- Powder Coating: Protective Coatings for Metal Parts
- Fluidized-bed coating: uniform coatings on complex geometries
- Industry & Mechanical Engineering: Wear-Resistant Components and Surfaces
- Automotive Industry: Functional Components and Small-Volume Production
Processing and Technical Advantages
VESTOSINT™ offers excellent processing properties:
- Selective Laser Sintering (SLS) for Complex, High-Precision Components
- Powder coating for durable and uniform surfaces
- Suitable for mass production and small-batch production
The material allows for a high degree of design freedom, functional integration, and cost-effective manufacturing, particularly for complex geometries.
Why buy VESTOSINT™ through Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for innovative plastic solutions:
- Access to the Evonik VESTOSINT™ Portfolio
- Customized Consulting for Additive Manufacturing and Coating
- Technical support for material selection and process optimization
- High availability thanks to our own warehousing and logistics
- Project support from development through to mass production
Through its partnership with Evonik and its extensive expertise, Grässlin offers reliable solutions for modern manufacturing technologies.
VESTOSINT™ – Precision and Performance in Powder Form
VESTOSINT™ PA12 powder from Evonik is the ideal choice for applications where additive manufacturing, wear resistance, and chemical resistance are key considerations. The material enables innovative, durable, and cost-effective solutions for modern production processes.
Get advice now: Our experts will help you choose the best VESTOSINT™ solution for your project.
VESTODUR™ PBT from Evonik – High-Performance Polyester for Precision Engineering Applications
Evonik’s VESTODUR™ PBT is a high-quality thermoplastic polyester based on polybutylene terephthalate (PBT) that is characterized by high stiffness, excellent dimensional stability, and very good electrical properties. The material is specifically designed for applications where precision, reliability, and cost-effectiveness are paramount.
Grässlin Kunststoffe offers VESTODUR™ PBT in a variety of grades and modifications—tailored to your specific needs.
Properties of VESTODUR™ PBT
VESTODUR™ stands out for its well-balanced technical properties:
- High stiffness and mechanical strength
- Excellent dimensional stability and dimensional accuracy
- Low water absorption
- Excellent electrical insulation properties
- Good chemical resistance
- High heat resistance
- Excellent flow properties for complex components
Depending on the model, versions are available with:
- Fiberglass reinforcement for enhanced mechanical performance
- Flame resistance (e.g., UL94 V0)
- Hydrolysis stabilization for humid environments
- Optimized surface or flow properties
Typical Applications
VESTODUR™ PBT is versatile and particularly well-suited for precision engineering components:
- Electrical & Electronics: Connectors, Enclosures, Switches, Coil Forms
- Automotive Industry: Sensors, Connector Systems, Functional Components
- Industry & Mechanical Engineering: Precision Technical Components
- Household Appliances: Components Subject to Electrical and Thermal Stress
- Energy & E-Mobility: Components for Electrical Systems
Processing and Technical Advantages
VESTODUR™ can be processed efficiently and reliably:
- Injection Molding for Complex and Precise Components
- Extrusion for Profiles and Semi-Finished Products
This material enables cost-effective processing while delivering high component quality, short cycle times, and minimal warpage.
Why buy VESTODUR™ through Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for high-performance engineering plastics:
- Access to the Evonik VESTODUR™ Portfolio
- Customized consulting for electrical and mechanical applications
- Technical support for material selection and component design
- High availability thanks to our own warehousing and logistics
- Project support from concept to mass production
Through its partnership with Evonik and its extensive expertise, Grässlin offers reliable solutions for demanding plastic applications.
VESTODUR™ PBT – Precision and Reliability for Technical Applications
Evonik's VESTODUR™ PBT is the ideal choice for applications where dimensional stability, electrical properties, and mechanical strength are critical. The material stands out for its versatility and performance in demanding applications.
Get advice now: Our experts will help you select the best VESTODUR™ material for your project.
POLYPROPYLENE PP homopolymer from Borealis – A cost-effective standard material with high stiffness
POLYPROPYLENE PP homopolymer from Borealis is a versatile standard thermoplastic characterized by high stiffness, good chemical resistance, and excellent processability. As one of the most widely used plastics worldwide, PP-H offers an optimal combination of performance, low weight, and cost-effectiveness.
Grässlin Kunststoffe offers POLYPROPYLENE PP homopolymer for a wide range of applications in industry, packaging, and consumer goods—customized to meet your specific needs.
Properties of POLYPROPYLENE PP Homopolymer
PP homopolymer offers a well-balanced set of properties:
- High stiffness and strength
- Excellent chemical resistance (e.g., to acids, alkalis, and solvents)
- Low density (lighter than many other plastics)
- Good heat resistance
- Excellent workability
- Good surface quality
- Recyclable and cost-effective
Compared to copolymers, PP-H offers greater stiffness but lower impact strength at low temperatures.
Typical Applications
POLYPROPYLENE PP homopolymer is versatile:
- Packaging Industry: Food Packaging, Cups, Closures
- Automotive Industry: Interior Parts, Technical Components
- Household Goods: Containers, Enclosures, Consumer Products
- Medical Technology: Single-Use Products (depending on approval)
- Industry: Technical Components and Semi-Finished Products
Processing and Technical Advantages
PP-H can be processed efficiently and cost-effectively:
- Injection Molding for Complex Components
- Extrusion for Films, Sheets, and Profiles
- Blow Molding for Hollow Objects
The material enables cost-effective production with high process stability and short cycle times.
Why buy POLYPROPYLENE from Grässlin Kunststoffe?
Grässlin Kunststoffe is your reliable partner for standard and engineering plastics:
- Access to the Borealis POLYPROPYLEN™ Portfolio
- Customized consulting for business and technical applications
- Technical support for material selection and processing
- High availability thanks to our own warehousing and logistics
- Project support from concept to mass production
As part of the Hromatka Group, Grässlin offers comprehensive expertise and supports customers in implementing efficient plastic solutions.
POLYPROPYLENE PP-H – The Cost-Effective All-Rounder
Borealis' POLYPROPYLENE PP homopolymer is the ideal choice for applications where stiffness, chemical resistance, and cost-effectiveness are key. The material offers a reliable and versatile solution for numerous industries.
Get advice now: Our experts will help you select the best PP-H material for your project.
POLYPROPYLENE PP copolymer from Borealis – An impact-resistant all-rounder for a wide range of applications
Borealis' POLYPROPYLENE PP-C copolymer is a versatile thermoplastic characterized by high impact strength, good chemical resistance, and excellent processability. Compared to PP homopolymer , PP-C offers significantly improved toughness—especially at low temperatures —making it ideal for more demanding applications.
Grässlin Kunststoffe offers POLYPROPYLENE PP copolymer for a wide range of technical and industrial applications—customized to meet your specific requirements.
Properties of POLYPROPYLENE PP Copolymer
PP copolymer offers a well-balanced and robust set of properties:
- High impact strength —even at low temperatures
- Good chemical resistance (e.g., to acids, alkalis, and solvents)
- Low density and, consequently, light component weight
- Good resistance to stress cracking
- Excellent workability
- Good surface quality
- Recyclable and cost-effective
Compared to PP-H, PP-C offers better toughness but slightly lower stiffness.
Typical Applications
POLYPROPYLENE PP copolymer is versatile:
- Automotive Industry: Bumpers, Interior Parts, Technical Components
- Packaging Industry: Durable Packaging, Containers
- Household goods: durable consumer products
- Industry: Technical components subject to mechanical stress
- Medical Technology: Applications with Increased Toughness Requirements (Depending on Approval)
Processing and Technical Advantages
PP-C can be processed efficiently and cost-effectively:
- Injection Molding for Complex and Impact-Resistant Components
- Extrusion for Sheets, Profiles, and Films
- Blow Molding for Hollow Objects
The material enables high process stability, short cycle times, and cost-effective mass production.
Why buy POLYPROPYLENE PP-C from Grässlin Kunststoffe?
Grässlin Kunststoffe is your reliable partner for standard and engineering plastics:
- Access to the Borealis POLYPROPYLEN™ PP-C Portfolio
- Customized consulting for impact-resistant and cost-effective applications
- Technical support for material selection and processing
- High availability thanks to our own warehousing and logistics
- Project support from concept to mass production
As part of the Hromatka Group, Grässlin offers comprehensive expertise and supports customers in implementing efficient plastic solutions.
POLYPROPYLENE PP-C – A Combination of Toughness and Cost-Effectiveness
Borealis' POLYPROPYLENE PP copolymer is the ideal choice for applications where impact strength, chemical resistance, and cost-effectiveness are key. The material offers a robust and versatile solution for numerous industries.
Get advice now: Our experts will help you select the best PP-C material for your project.
POLYPROPYLENE PP Random Copolymer from Borealis – A Transparent All-Rounder with Improved Toughness
POLYPROPYLENE PP-Random Copolymer from Borealis is a versatile thermoplastic characterized by a good balance of transparency, impact strength, and stiffness. Thanks to random copolymerization, PP-R offers improved clarity and toughness compared to PP-H, making it particularly suitable for applications where both visual appeal and mechanical performance are equally important.
Grässlin Kunststoffe offers POLYPROPYLENE PP random copolymer for a wide range of applications in packaging, medicine, and technology.
Properties of POLYPROPYLENE PP Random Copolymer
PP-R stands out for its balanced and versatile set of properties:
- Good transparency and optical properties
- Improved impact resistance compared to PP-H
- Good stiffness and mechanical strength
- Excellent chemical resistance
- Low density and low weight
- Good resistance to stress cracking
- Excellent workability
Compared to PP-C, PP-R offers better transparency, while PP-C has higher impact resistance.
Typical Applications
POLYPROPYLENE PP-Random Copolymer is particularly well-suited for applications with optical requirements:
- Packaging Industry: Transparent Food Packaging, Cups, Containers
- Medical technology: syringes, containers, disposable medical products (depending on approval)
- Household goods: transparent or semi-transparent products
- Industry: Technical components with optical requirements
- Consumer Goods: Design-Oriented Products
Processing and Technical Advantages
PP-R can be processed efficiently and cost-effectively:
- Injection Molding for Transparent and Complex Components
- Extrusion for Films, Sheets, and Tubes
- Blow Molding for Hollow Objects
The material enables cost-effective production while ensuring good component appearance and process stability.
Why buy POLYPROPYLENE PP-R from Grässlin Kunststoffe?
Grässlin Kunststoffe is your reliable partner for standard and engineering plastics:
- Access to the Borealis POLYPROPYLEN™ PP-R Portfolio
- Customized consulting for transparent and cost-effective applications
- Technical support for material selection and processing
- High availability thanks to our own warehousing and logistics
- Project support from concept to mass production
As part of the Hromatka Group, Grässlin offers comprehensive expertise and supports customers in implementing efficient plastic solutions.
POLYPROPYLENE PP-R – Transparency and Versatility Combined
POLYPROPYLENE PP Random Copolymer from Borealis is the ideal choice for applications where transparency, toughness, and cost-effectiveness are key. The material offers a versatile solution for visually and technically demanding applications.
Get advice now: Our experts will help you select the best PP-R material for your project.
BORPURE™ PP Random Copolymer from Borealis – High-purity polypropylene for demanding applications
BORPURE™ PP Random Copolymer from Borealis is a high-quality, random copolymerized polypropylene that has been specifically developed for applications where purity, consistency, and high performance are critical. BORPURE™ technology ensures a particularly narrow molecular weight distribution and high material homogeneity, which is reflected in excellent mechanical and optical properties.
Grässlin Kunststoffe offers BORPURE™ PP-R for demanding applications in packaging, healthcare, and industry—meeting the highest quality standards.
Properties of BORPURE™ PP Random Copolymer
BORPURE™ PP-R stands out for its outstanding properties:
- High purity and material consistency
- Excellent transparency and optical quality
- Good impact resistance —even at low temperatures
- Good stiffness and mechanical strength
- Excellent chemical resistance
- Low tendency to gel and develop defects
- Excellent workability and process stability
BORPURE™ technology ensures consistent quality and high reproducibility—ideal for demanding mass-production applications.
Typical Applications
BORPURE™ PP random copolymer is used primarily in sensitive and high-quality applications:
- Medical technology: syringes, containers, disposable medical products (depending on approval)
- Pharmaceuticals & Healthcare: Packaging with High Purity Requirements
- Packaging Industry: Transparent Food Packaging, Cups, Closures
- Household goods: high-quality, transparent products
- Industry: Technical components with optical and functional requirements
Processing and Technical Advantages
BORPURE™ PP-R offers excellent processing properties:
- Injection Molding for Precise and Transparent Components
- Extrusion for Films, Sheets, and Tubes
- Blow Molding for High-Quality Hollow Parts
This material ensures high process reliability, low scrap rates, and excellent component quality, particularly in applications with stringent requirements for appearance and purity.
Why buy BORPURE™ through Grässlin Kunststoffe?
Grässlin Kunststoffe is your reliable partner for high-quality plastic solutions:
- Access to the Borealis BORPURE™ Portfolio
- Customized consulting for high-purity and demanding applications
- Technical support for material selection and process optimization
- High availability thanks to our own warehousing and logistics
- Project support from development through to mass production
As part of the Hromatka Group, Grässlin offers comprehensive expertise and supports customers in implementing high-quality and reliable plastic solutions.
BORPURE™ – Premium Polypropylene for the Highest Standards
BORPURE™ PP Random Copolymer from Borealis is the ideal choice for applications where purity, transparency, and process reliability are critical. The material offers a premium solution for sensitive and demanding applications.
Get advice now: Our experts will help you select the best BORPURE™ material for your project.
DAPLEN™ PP (mineral-filled) from Borealis – A rigid, dimensionally stable material for engineering applications
DAPLEN™ PP mineral-filled from Borealis is a high-quality, mineral-reinforced polypropylene material specifically developed for applications requiring high stiffness, dimensional stability, and improved temperature resistance. Thanks to targeted filler modification, DAPLEN™ offers an optimized balance of mechanical performance, processability, and cost-effectiveness.
Grässlin Kunststoffe offers DAPLEN™ solutions for demanding applications in the automotive, industrial, and consumer goods sectors.
Properties of DAPLEN™ PP, mineral-filled
DAPLEN™ stands out thanks to its technically optimized property profile:
- High stiffness and strength due to mineral fillers
- Improved dimensional stability and reduced shrinkage
- Good heat resistance
- Good chemical resistance
- Low tendency to warp
- Good surface quality
- Low density compared to many engineering plastics
Depending on the type, variants with different filler contents and mechanical properties are available.
Advantages over unreinforced PP
DAPLEN™ offers clear advantages over standard polypropylene:
- Significantly higher stiffness and dimensional stability
- Reduced warpage in large components
- Improved dimensional accuracy in mass production
- Increased heat resistance
- Optimized for structural applications
Typical Applications
DAPLEN™ is used in particular for structural and design-critical components:
- Automotive Industry: Interior Parts, Dashboards, Trim
- Household Appliances: Housings and Structural Components
- Industry: Technical components with increased stiffness requirements
- Consumer Goods: Durable and Dimensionally Stable Products
Processing and Technical Advantages
DAPLEN™ can be applied efficiently and cost-effectively:
- Injection Molding for Large-Surface-Area, Dimensionally Accurate Components
- Extrusion for Technical Applications
This material ensures high process stability, minimal warpage, and consistent part quality, particularly for complex geometries.
Why buy DAPLEN™ through Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for high-performance plastic solutions:
- Access to the Borealis DAPLEN™ Portfolio
- Customized consulting for applications related to structure and design
- Technical support for material selection and component design
- High availability thanks to our own warehousing and logistics
- Project support from concept to mass production
As part of the Hromatka Group, Grässlin offers comprehensive expertise and supports customers in developing efficient and cost-effective plastic solutions.
DAPLEN™ – Dimensional Stability and Rigidity for Demanding Components
DAPLEN™ PP mineral-filled from Borealis is the ideal choice for applications where stiffness, dimensional stability, and cost-effectiveness are key. The material enables robust, durable, and precise plastic solutions—especially for large-area and structurally critical components.
Get advice now: Our experts will help you select the best DAPLEN™ material for your project.
FIBREMOD™ PP-GF from Borealis – Glass-Fiber-Reinforced Polypropylene for Structural Applications
FIBREMOD™ PP-GF from Borealis is a product family of glass-fiber-reinforced polypropylene compounds specifically developed for applications requiring high stiffness, strength, and dimensional stability. Thanks to its glass fiber reinforcement, FIBREMOD™ offers significantly improved mechanical performance compared to unreinforced PP and is ideal for structurally critical components and metal substitution.
Grässlin Kunststoffe offers FIBREMOD™ solutions for demanding applications in the automotive, industrial, and engineering sectors.
Properties of FIBREMOD™ PP-GF
FIBREMOD™ stands out for its impressive mechanical properties:
- Very high stiffness and strength due to glass fiber reinforcement
- Improved dimensional stability and low shrinkage
- High heat resistance
- Good creep resistance under sustained load
- Good chemical resistance
- Reduced warpage in technical components
- Low density compared to metallic materials
Depending on the type, different glass fiber content levels are available to tailor the properties as needed.
Advantages over unreinforced PP and metal
FIBREMOD™ offers clear advantages for demanding applications:
- Significantly higher mechanical strength than standard PP
- Reduced warpage and improved dimensional stability
- Weight Reduction Compared to Metal
- Corrosion resistance
- Design Freedom Through Injection Molding
- Integration of Multiple Functions into a Single Component
Typical Applications
FIBREMOD™ PP-GF is used in particular for structural and high-load components:
- Automotive Industry: Front-end Beams, Mounts, Structural Components
- Industry & Mechanical Engineering: Components Subject to Mechanical Stress
- Household Appliances: Structural Housing Components
- Energy & E-Mobility: Components with High Mechanical Requirements
- Consumer Goods: Sturdy and Durable Products
Processing and Technical Advantages
FIBREMOD™ can be processed efficiently and reliably:
- Injection Molding for Complex, Reinforced Components
- Extrusion for Technical Applications
This material enables high process stability, reproducible part quality, and efficient mass production, even for complex geometries.
Why buy FIBREMOD™ from Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for high-performance plastic solutions:
- Access to the Borealis FIBREMOD™ Portfolio
- Customized consulting for structurally and mechanically demanding applications
- Technical support for material selection and component design
- High availability thanks to our own warehousing and logistics
- Project support from concept to mass production
As part of the Hromatka Group, Grässlin offers comprehensive expertise and supports customers in developing efficient and high-performance plastic solutions.
FIBREMOD™ – Glass-fiber reinforced for maximum performance
FIBREMOD™ PP-GF from Borealis is the ideal choice for applications where mechanical strength, stiffness, and dimensional stability are key. The material enables high-performance, lightweight, and durable solutions—even as a replacement for metal.
Get advice now: Our experts will help you select the best FIBREMOD™ material for your project.
RECLEO™ PP & PE (PCR/PIR-based) from Borealis – Sustainable polyolefins for circular applications
RECLEO™ PP & PE from Borealis is an innovative product family of sustainable polyolefins based on post-consumer recycled (PCR) and post-industrial recycled (PIR) materials. The materials were developed to meet the growing demands for a circular economy, CO₂ reduction, and resource conservation —while delivering solid technical performance.
RECLEO™ enables companies to implement sustainable plastic solutions without having to compromise on proven processing properties and functionality.
Grässlin Kunststoffe offers RECLEO™ solutions for sustainable applications in packaging, industry, and consumer goods.
Properties of RECLEO™ PP & PE
RECLEO™ materials combine sustainability with technical applicability:
- Made from PCR and/or PIR recycled materials
- Reduced carbon footprint compared to new products
- Good mechanical properties, depending on the type
- Excellent workability
- Good chemical resistance (typical for PP and PE)
- Properties that can be customized based on the recycled content
- Availability in various quality grades
Focus on Sustainability
RECLEO™ stands for modern circular economy:
- Recycling of Plastic Waste (Post-Consumer & Post-Industrial)
- Reduction in the use of fossil fuels
- Support for Recycling Rates and ESG Goals
- Contribution to the circular plastics economy
This makes RECLEO™ ideal for companies that want to actively implement their sustainability strategy.
Typical Applications
RECLEO™ PP & PE is used in numerous sustainability-focused applications:
- Packaging Industry: Transport Packaging, Technical Packaging
- Automotive Industry: Hidden Parts, Interior Components
- Household goods: durable consumer products
- Industry: Technical Components with a Focus on Sustainability
- Logistics & Retail: Reusable Containers, Pallets, Transportation Solutions
Processing and Technical Advantages
RECLEO™ can be processed just like traditional polyolefins:
- Injection Molding for Technical Components
- Extrusion for profiles, sheets, and films
- Blow Molding for Hollow Objects
These materials enable cost-effective processing while offering an improved sustainability profile.
Why buy RECLEO™ through Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for sustainable plastic solutions:
- Access to the Borealis RECLEO™ Portfolio
- Customized Consulting on PCR/PIR-Based Materials
- Technical support for material selection and application
- High availability and flexible delivery options
- Project support from concept to mass production
As part of the Hromatka Group, Grässlin helps companies implement sustainable plastics strategies and circular solutions.
RECLEO™ – Sustainable Polyolefins for the Circular Economy
RECLEO™ PP & PE from Borealis are the ideal choice for applications where sustainability, recyclability, and cost-effectiveness are key priorities. The material enables sustainable solutions for resource-efficient plastics processing.
Get advice now: Our experts will help you choose the best RECLEO™ solution for your sustainable project.
BORNEWABLES™ PP from Borealis – Sustainable polypropylene made from renewable raw materials
BORNEWABLES™ PP from Borealis is a cutting-edge family of polypropylene products based on renewable feedstock. These materials are produced using bio-based or waste-based feedstocks and enable a significant reduction in the carbon footprint without compromising quality or performance.
BORNEWABLES™ represents a new generation of sustainable plastics that can be seamlessly integrated into existing applications and processes.
Grässlin Kunststoffe offers BORNEWABLES™ PP for high-quality and sustainable applications across a wide range of industries.
Properties of BORNEWABLES™ PP
BORNEWABLES™ combines sustainability with proven material performance:
- Based on renewable raw materials (e.g., bio-based materials or waste streams)
- Reduced carbon footprint compared to fossil-based PP
- Drop-in solution with properties identical to those of standard PP
- Excellent mechanical properties
- Excellent workability
- Excellent chemical resistance
- High process stability
The materials can be used without modifying existing production processes.
Focus on Sustainability
BORNEWABLES™ is part of modern circular economy and climate strategies:
- Use of renewable raw materials instead of fossil raw materials
- Mass-balance approach with certified supply chains (e.g., ISCC PLUS)
- Reduction of Greenhouse Gas Emissions
- Support for ESG and sustainability goals
- Compatible with existing recycling streams
Typical Applications
BORNEWABLES™ PP is suitable for numerous sustainability-focused applications:
- Packaging Industry: Food Packaging, Industrial Packaging
- Automotive Industry: Interior and Functional Components
- Household goods: durable consumer products
- Industry: Technical Applications with a Focus on Sustainability
- Medical Technology: Applications with High Quality Requirements (Depending on Approval)
Processing and Technical Advantages
BORNEWABLES™ can be processed just like conventional polypropylene:
- Injection Molding for Technical Components
- Extrusion for Films, Sheets, and Profiles
- Blow Molding for Hollow Objects
The material offers the same processability as standard PP, which means that existing processes can be used as is.
Why should you purchase BORNEWABLES™ from Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for sustainable plastic solutions:
- Access to the Borealis BORNEWABLES™ Portfolio
- Customized Consulting on Sustainable Material Strategies
- Technical Support for Material Selection and Application
- High availability and flexible delivery options
- Project support from concept to mass production
As part of the Hromatka Group, Grässlin supports companies in their transition to sustainable and circular plastic solutions.
BORNEWABLES™ – Sustainable polypropylene without compromise
BORNEWABLES™ PP from Borealis is the ideal choice for applications where sustainability, CO₂ reduction, and consistent material performance are critical. The material enables the use of renewable raw materials—without any changes to processing or quality.
Get advice now: Our experts will help you choose the best BORNEWABLES™ solution for your sustainable project.
BORCYCLE™ PP Recycling Solutions from Borealis – Circular Polypropylene Solutions for Sustainable Applications
BORCYCLE™ PP from Borealis is a comprehensive product family of innovative recycling solutions specifically designed to close plastic loops and enable the use of high-quality recycled materials in technical applications. BORCYCLE™ combines state-of-the-art recycling technologies with extensive materials expertise to deliver high-performance and sustainable polypropylene solutions.
The BORCYCLE™ family includes both mechanically recycled materials (PCR) and solutions derived from chemical recycling, enabling it to cover a wide range of applications.
Grässlin Kunststoffe offers BORCYCLE™ PP for forward-looking, sustainable applications with high quality standards.
Properties of BORCYCLE™ PP
BORCYCLE™ materials combine sustainability with technical performance:
- Made from post-consumer recycled (PCR) materials and/or chemically recycled raw materials
- Reduced carbon footprint compared to new products
- Good mechanical properties, depending on the type
- Excellent workability
- A wide range of properties achieved through targeted processing and compounding
- Availability for various requirement profiles (standard to high-end)
An Overview of Recycling Technologies
BORCYCLE™ represents various approaches to the circular economy:
- Mechanical Recycling (BORCYCLE™ M)
- Recycling of Post-Consumer Plastic Waste
- Ideal for rugged and technical applications
- Chemical Recycling (BORCYCLE™ C)
- Recycling of Plastic Waste into Raw Materials
- Enables quality comparable to virgin material (mass balance approach)
This combination makes it possible to use recycled materials even in more demanding applications.
Focus on Sustainability
BORCYCLE™ actively supports the transition to a circular economy:
- Recycling of Plastic Waste
- Reduction of the proportion of waste sent to landfills and incineration facilities
- Conservation of fossil resources
- Support for Recycling Rates and ESG Goals
- Integration into existing value chains
Typical Applications
BORCYCLE™ PP is versatile—with a particular focus on sustainability:
- Packaging Industry: Transport Packaging, Technical Packaging
- Automotive Industry: Hidden Parts, Interior Components
- Household goods: durable consumer products
- Industry: Technical Applications Incorporating Recycled Materials
- Logistics: Reusable Containers, Pallets, Transportation Solutions
Processing and Technical Advantages
BORCYCLE™ can be processed using standard methods:
- Injection Molding for Technical Components
- Extrusion for profiles, sheets, and films
- Blow Molding for Hollow Objects
These materials enable cost-effective processing while offering an improved sustainability profile.
Why buy BORCYCLE™ through Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for sustainable plastic solutions:
- Access to the Borealis BORCYCLE™ Portfolio
- Personalized Consulting on Recycled Materials and Applications
- Technical support for material selection and quality assurance
- High availability and flexible delivery options
- Project support from concept to mass production
As part of the Hromatka Group, Grässlin helps companies implement circular plastics strategies and sustainable product concepts.
BORCYCLE™ – Circular Economy in Practice
BORCYCLE™ PP from Borealis is the ideal choice for applications that require a combination of recyclability, sustainability, and technical performance. The material enables the use of high-quality recycled content and actively supports the transition to a circular plastics economy.
Get advice now: Our experts will help you choose the best BORCYCLE™ solution for your sustainability project.
EPLAMID™ PA, PPA, and FR Compounds from epsan – High-Performance Polyamides for Demanding Applications
EPLAMID™ from epsan is a versatile product family of high-performance compounds based on polyamide (PA), semi-aromatic polyamides (PPA), and flame-retardant (FR) systems. These materials are specifically designed for applications where mechanical strength, temperature resistance, and flame retardancy are key requirements.
EPLAMID™ offers customized solutions for demanding technical applications—ranging from standard engineering to high-performance requirements.
Grässlin Kunststoffe offers EPLAMID™ compounds for a wide range of applications in the automotive, electronics, and industrial sectors.
Properties of EPLAMID™ PA, PPA, and FR Compounds
EPLAMID™ stands out for its broad and flexibly customizable range of properties:
- High mechanical strength and stiffness
- Very good heat resistance (especially for PPA grades)
- Good chemical resistance
- Excellent resistance to wear and abrasion
- High dimensional stability
- Flame-retardant solutions (halogen-free or halogen-containing, depending on the type)
- Excellent electrical properties
Depending on the application, variants are available with:
- Fiber-optic or mineral reinforcement
- Impact resistance modification
- Hydrolysis or heat stabilization
- Customized flame-retardant systems (e.g., UL94 V0)
Overview of Material Options
EPLAMID™ covers a wide range of polyamide solutions:
- PA6 / PA66 Compounds
- Tried-and-true all-around solutions for applications subject to mechanical stress
- PPA (partially aromatic polyamides)
- Higher temperature resistance and dimensional stability
- Ideal for high-temperature applications
- FR compounds (flame-retardant)
- For safety-critical applications in electrical and electronic systems
- Compliance with Common Standards and Specifications
Typical Applications
EPLAMID™ is used in numerous demanding industries:
- Automotive Industry: Engine Compartment Components, Structural Parts, Connector Systems
- Electrical & Electronics: Connectors, Enclosures, Switches
- Industry & Mechanical Engineering: Components Subject to Mechanical and Thermal Stresses
- Energy & E-Mobility: High-Temperature and High-Performance Applications
- Household Appliances: Functional Components Subject to Thermal Stress
Processing and Technical Advantages
EPLAMID™ can be processed efficiently and reliably:
- Injection Molding for Complex Technical Components
- Extrusion for Profiles and Semi-Finished Products
These materials enable high process stability, consistent quality, and efficient mass production, even under demanding conditions.
Why purchase EPLAMID™ from Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for high-performance engineering plastics:
- Access to the epsan EPLAMID™ Portfolio
- Customized Consulting for PA, PPA, and FR Applications
- Technical support for material selection and component design
- High Availability and Flexible Logistics Solutions
- Project support from development through to mass production
Drawing on its extensive expertise, Grässlin supports customers in developing high-performance and cost-effective plastic solutions for demanding applications.
EPLAMID™ – Versatile, high-performance polyamides for the most demanding applications
EPLAMID™ PA, PPA, and FR compounds from epsan are the ideal choice for applications where mechanical performance, temperature resistance, and flame retardancy are critical. The material offers customized solutions for demanding technical applications.
Get advice now: Our experts will help you select the best EPLAMID™ material for your project.
EPIMIX™ PBT, PET, ABS/PA, and FR Compounds from epsan – Versatile Material Solutions for Engineering Applications
EPIMIX™ from epsan is a broad product family of high-performance compounds based on PBT, PET, and polymer blends such as ABS/PA, as well as flame-retardant (FR) systems. The materials are specifically designed for applications that require an optimal combination of mechanical performance, thermal resistance, and functionality.
EPIMIX™ offers customized solutions for a wide range of requirements—from electrical applications to structural components.
Grässlin Kunststoffe offers EPIMIX™ compounds for demanding applications in the automotive, electronics, and industrial sectors.
Properties of EPIMIX™ Compounds
EPIMIX™ stands out thanks to its versatile and customizable property profile:
- High mechanical strength and stiffness
- Excellent dimensional stability and dimensional accuracy
- Good heat resistance
- Excellent electrical insulation properties
- Good chemical resistance
- Very good surface quality
- Flame-retardant solutions available (UL94 V0, depending on the model)
Depending on the model, versions are available with:
- Fiber-optic or mineral reinforcement
- Impact resistance modification
- Hydrolysis or heat stabilization
- Halogen-free or halogen-containing flame retardant systems
Overview of Material Options
EPIMIX™ covers a wide range of technical polymer solutions:
- PBT Compounds
- High stiffness, excellent electrical properties
- Ideal for electrical and electronic applications
- PET Compounds
- Higher temperature resistance and strength
- Good dimensional stability
- ABS/PA Blends
- A combination of toughness and chemical resistance
- Good workability and mechanical performance
- FR compounds (flame-retardant)
- For safety-critical applications
- Compliance with Common Standards and Specifications
Typical Applications
EPIMIX™ is used in numerous technical applications:
- Electrical & Electronics: Connectors, Enclosures, Switches, Coil Forms
- Automotive Industry: Functional Parts, Structural Components
- Industry & Mechanical Engineering: Precise and Durable Components
- Household Appliances: Components Subject to Thermal and Electrical Stress
- Energy & E-Mobility: Applications with High Safety and Performance Requirements
Processing and Technical Advantages
EPIMIX™ can be processed efficiently and reliably:
- Injection Molding for Complex Technical Components
- Extrusion for Profiles and Semi-Finished Products
These materials enable high process stability, short cycle times, and consistent part quality.
Why buy EPIMIX™ from Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for high-performance plastic solutions:
- Access to the epsan EPIMIX™ Portfolio
- Customized consulting for PBT, PET, blend, and FR applications
- Technical support for material selection and component design
- High Availability and Flexible Logistics Solutions
- Project support from concept to mass production
Drawing on its extensive expertise, Grässlin supports customers in developing cost-effective and high-performance plastic solutions.
EPIMIX™ – Versatile Compounds for Maximum Technical Performance
EPIMIX™ PBT, PET, ABS/PA, and FR compounds from epsan are the ideal choice for applications where mechanical performance, electrical properties, and safety are key. The material offers flexible and reliable solutions for a wide range of technical requirements.
Get advice now: Our experts will help you select the best EPIMIX™ material for your project.
EPLON™ PA & PPA Recycling Compounds from epsan – Sustainable High-Performance Polyamides
EPLON™ from epsan is an innovative product family of sustainable compounds based on recycled polyamides (PA) and semi-aromatic polyamides (PPA). These materials were developed to combine high technical performance with an improved sustainability profile and enable the use of recycled materials even in demanding applications.
EPLON™ represents the next generation of engineering plastics, in which resource conservation and performance go hand in hand.
Grässlin Kunststoffe offers EPLON™ solutions for sustainable applications with high mechanical and thermal requirements.
Properties of EPLON™ PA & PPA Recycling Compounds
EPLON™ stands out for its high-performance and sustainable properties:
- Made from recycled polyamides (PA, PPA)
- High mechanical strength and stiffness
- Very good heat resistance (especially for PPA grades)
- Good chemical resistance
- Good resistance to wear and abrasion
- High dimensional stability
- Reduced carbon footprint compared to new products
Depending on the model, versions are available with:
- Fiber-optic or mineral reinforcement
- Impact resistance modification
- Heat stabilization
- Customized property profiles
Focus on Sustainability
EPLON™ actively supports the transition to a circular economy:
- Use of post-industrial (PIR) and/or post-consumer recycled materials (PCR)
- Reduction in the use of fossil fuels
- Improving the Carbon Footprint of Building Components
- Integration into existing production processes
- Support for ESG and sustainability goals
Typical Applications
EPLON™ is suitable for demanding applications with a focus on sustainability:
- Automotive Industry: Technical Parts, Structural Components
- Electrical & Electronics: Enclosures, Connectors, Functional Components
- Industry & Mechanical Engineering: Components Subject to Mechanical and Thermal Stresses
- Household Appliances: Durable Technical Components
- Energy & E-Mobility: Applications with Sustainability Requirements
Processing and Technical Advantages
EPLON™ can be processed efficiently using standard methods:
- Injection Molding for Complex Technical Components
- Extrusion for Profiles and Semi-Finished Products
These materials enable high process stability and reproducible component quality, even when using sustainable material concepts.
Why buy EPLON™ through Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for sustainable high-performance plastics:
- Access to the epsan EPLON™ Portfolio
- Customized Consulting for Recycling and Sustainability Solutions
- Technical support for material selection and component design
- High Availability and Flexible Logistics Solutions
- Project support from development through to mass production
With its extensive expertise, Grässlin supports customers in implementing sustainable and high-performance plastic solutions.
EPLON™ – Sustainable polyamides for demanding applications
EPLON™ PA & PPA recycling compounds from epsan are the ideal choice for applications that require a combination of sustainability, mechanical performance, and temperature resistance. The material enables high-performance solutions with a reduced environmental footprint.
Get advice now: Our experts will help you select the ideal EPLON™ material for your sustainable project.
DURABIO™ from Mitsubishi Chemical Europe – Bio-based, crystal-clear, high-performance plastic
DURABIO™ from Mitsubishi Chemical Europe is an innovative, bio-based high-performance plastic characterized by its exceptional transparency, high scratch resistance, and UV resistance. The material is partially derived from plant-based raw materials (isosorbide) and combines sustainability with outstanding technical performance.
DURABIO™ offers a unique alternative to traditional transparent plastics such as PC or PMMA—with additional benefits in terms of surface hardness and weather resistance.
Grässlin Kunststoffe offers DURABIO™ for demanding, design-oriented, and sustainable applications.
Features of DURABIO™
DURABIO™ stands out thanks to its exceptional set of properties:
- High transparency and optical clarity (crystal clear)
- Very high scratch resistance and surface hardness
- Excellent UV and weather resistance
- Good chemical resistance
- High impact strength compared to PMMA
- Good dimensional stability
- Partially bio-based (plant-based raw materials)
The material combines the appearance of glass with the workability of thermoplastics.
Advantages over traditional transparent plastics
DURABIO™ offers clear advantages over PC and PMMA:
- Higher scratch resistance than PC
- Better impact resistance than PMMA
- Superior UV stability without additional coatings
- More Sustainable Through Bio-Based Raw Materials
- Reduced need for surface coatings
Typical Applications
DURABIO™ is ideal for applications that require both high visual quality and durability:
- Automotive industry: high-gloss interior parts, displays, trim strips
- Electrical & Electronics: Transparent Enclosures and Controls
- Home Appliances: Design-Oriented Visible Components
- Consumer Goods: High-Quality, Transparent Products
- Lighting: Covers and Optical Components
Processing and Technical Advantages
DURABIO™ can be processed efficiently and reliably:
- Injection molding for high-gloss, transparent components
- Extrusion for Sheets and Profiles
The material offers a high degree of design freedom, excellent surface quality, and durable components, often without the need for additional coating processes.
Why should you purchase DURABIO™ through Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for innovative and sustainable plastic solutions:
- Access to the Mitsubishi Chemical DURABIO™ Portfolio
- Customized consulting for transparent and design-oriented applications
- Technical support for material selection and component design
- High Availability and Flexible Logistics Solutions
- Project support from development through to mass production
Drawing on its extensive expertise, Grässlin supports customers in implementing high-quality and sustainable plastic solutions.
DURABIO™ – Sustainable Transparency at the Highest Level
DURABIO™ from Mitsubishi Chemical Europe is the ideal choice for applications where optical quality, scratch resistance, UV resistance, and sustainability are key considerations. The material opens up new possibilities for durable and design-oriented products.
Get advice now: Our experts will help you select the best DURABIO™ material for your project.
TEFABLOC™ TPE-S (SBS & SEBS), TPC from Mitsubishi Chemical Europe – Flexible, high-performance elastomers for a wide range of applications
TEFABLOC™ from Mitsubishi Chemical Europe is a high-performance family of thermoplastic elastomers (TPE) that includes both SBS- and SEBS-based TPE-S and TPC (thermoplastic copolyesters). These materials combine the advantages of traditional elastomers—such as flexibility and a soft-touch feel —with the efficient processing characteristics of thermoplastics.
TEFABLOC™ enables customized solutions for applications that require elasticity, mechanical strength, and design flexibility.
Grässlin Kunststoffe offers TEFABLOC™ compounds for flexible and functional applications across a wide range of industries.
Properties of TEFABLOC™ TPE-S & TPC
TEFABLOC™ stands out for its broad and customizable range of properties:
- Elastic behavior with high flexibility
- Wide range of hardness (from soft to structurally strong)
- Excellent resilience and permanent elasticity
- Good mechanical strength
- Excellent processability (thermoplastic)
- Good chemical resistance
- Excellent adhesion to various substrates (e.g., PP, PA, ABS)
- Recyclable and reusable
Overview of Material Options
TEFABLOC™ covers a range of TPE technologies:
TPE-S (SBS & SEBS)
- Soft to medium hardness
- Good surface quality and feel (soft-touch)
- SEBS grades with improved temperature and UV resistance
- Ideal for design and handle applications
TPC (thermoplastic copolyesters)
- Higher mechanical strength and temperature resistance
- Excellent resistance to abrasion and wear
- Good resistance to oils and chemicals
- Ideal for technical and dynamic-load applications
Typical Applications
TEFABLOC™ is used in numerous industries:
- Automotive Industry: Seals, Interior Components, Soft-Touch Surfaces
- Electrical & Electronics: Flexible Housing Components, Cable Jackets
- Industry & Mechanical Engineering: Seals, Hoses, Flexible Components
- Household Appliances: Ergonomic Handles and Controls
- Consumer Goods: High-Quality Soft-Touch Products
Processing and Technical Advantages
TEFABLOC™ can be processed efficiently using standard methods:
- Injection Molding for Complex Elastomer Components
- Extrusion for Profiles, Tubes, and Sheaths
- 2K injection molding (multi-component technology) for hard-soft combinations
These materials allow for a high degree of design freedom, functional integration, and cost-effective mass production.
Why buy TEFABLOC™ from Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for functional plastic solutions:
- Access to the Mitsubishi Chemical TEFABLOC™ Portfolio
- Customized consulting for flexible and design-oriented applications
- Technical support for material selection and component design
- High Availability and Flexible Logistics Solutions
- Project support from concept to mass production
Drawing on its extensive expertise, Grässlin supports customers in developing flexible, durable, and cost-effective plastic solutions.
TEFABLOC™ – Flexibility Meets Technical Performance
TEFABLOC™ TPE-S (SBS & SEBS) and TPC from Mitsubishi Chemical Europe are the ideal choice for applications that require a combination of elasticity, tactile feel, and mechanical strength. The material offers versatile solutions for flexible and demanding applications.
Get advice now: Our experts will help you select the best TEFABLOC™ material for your project.
TEFABLOC™ TG Series (PIR & PCR, bio-based) from Mitsubishi Chemical Europe – Sustainable TPE Solutions for the Circular Economy
Mitsubishi Chemical Europe’s TEFABLOC™ TG Series is an innovative line of thermoplastic elastomers (TPE) specifically developed for sustainable applications. The materials are based on post-industrial recycled content (PIR), post-consumer recycled content (PCR), and bio-based raw materials, and combine flexibility, functionality, and environmental responsibility.
The TG series makes it possible to reduce CO₂ emissions and conserve resources without sacrificing the proven properties of modern TPEs.
Grässlin Kunststoffe offers the TEFABLOC™ TG Series for sustainable and high-performance applications across various industries.
Features of the TEFABLOC™ TG Series
The TEFABLOC™ TG Series combines sustainability with technical performance:
- Based on PIR, PCR, and/or bio-based raw materials
- Elastic behavior with high flexibility
- Wide range of hardness (soft to medium-hard)
- Good mechanical strength and resilience
- Excellent processability (thermoplastic)
- Good chemical resistance
- Recyclable and reusable
The materials offer a balanced combination of functionality and sustainability.
Focus on Sustainability
The TEFABLOC™ TG Series embodies modern, sustainable material concepts:
- Use of post-consumer (PCR) and post-industrial (PIR) recycled materials
- Integration of Bio-Based Raw Materials
- Reduction of fossil resources
- Improved carbon footprint compared to conventional TPEs
- Support for ESG and sustainability goals
This makes the TG Series ideal for companies that want to make their product portfolios more sustainable.
Typical Applications
The TEFABLOC™ TG Series is used in numerous sustainability-oriented applications:
- Automotive Industry: Interior Components, Soft-Touch Surfaces
- Consumer Goods: Sustainable, Flexible Products
- Household Appliances: Ergonomic and Durable Components
- Industry: Flexible Components with a Focus on Sustainability
- Packaging & Logistics: Functional TPE Applications
Processing and Technical Advantages
The TEFABLOC™ TG Series is easy to work with:
- Injection Molding for Complex Elastic Components
- Extrusion for Profiles and Flexible Applications
- 2K Injection Molding for Multi-Component Solutions
These materials enable cost-effective processing while offering an improved sustainability profile.
Why purchase the TEFABLOC™ TG Series from Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for sustainable plastic solutions:
- Access to the Mitsubishi Chemical TEFABLOC™ TG portfolio
- Customized Consulting on Sustainable TPE Solutions
- Technical support for material selection and application
- High Availability and Flexible Logistics Solutions
- Project support from concept to mass production
With its extensive expertise, Grässlin supports customers in implementing sustainable and high-performance plastic solutions.
TEFABLOC™ TG Series – Sustainable Elastomers for Modern Applications
The TEFABLOC™ TG series from Mitsubishi Chemical Europe is the ideal choice for applications where flexibility, functionality, and sustainability are key. The material enables environmentally friendly solutions without compromising performance or processability.
Get advice now: Our experts will help you choose the best TEFABLOC™ TG solution for your sustainable project.
MINGAPEEK™ PEEK Recompounds – Sustainable, High-Performance Materials for Extreme Applications
MINGAPEEK™ PEEK recompounds are high-quality, reprocessed compounds based on polyetheretherketone (PEEK), one of the highest-performance thermoplastics. Through the targeted reprocessing (recompounding) of PEEK, these materials offer a sustainable alternative to virgin material without compromising the material’s exceptional properties.
MINGAPEEK™ combines extreme thermal, mechanical, and chemical resistance with an improved sustainability profile—ideal for high-end applications.
Grässlin Kunststoffe offers MINGAPEEK™ solutions for the most demanding applications in industry, aviation, and medical technology.
Properties of MINGAPEEK™ PEEK Recompounds
MINGAPEEK™ stands out for its outstanding high-performance characteristics:
- Very high continuous operating temperature (up to approx. 250–260 °C)
- Excellent mechanical strength and stiffness
- Excellent creep and fatigue resistance
- Excellent chemical resistance (against aggressive substances)
- High resistance to wear and abrasion
- Excellent dimensional stability
- Inherent Flame Resistance
- Reduced CO₂ Footprint Through Recompounding
Depending on the model, versions are available with:
- Fiberglass or carbon fiber reinforcement
- Tribological Optimization
- Customized property profiles
Focus on Sustainability
MINGAPEEK™ stands for sustainable, high-performance plastics:
- Recycling of PEEK Production Residues (PIR)
- Conservation of resources while maintaining high material quality
- Reduction in material costs compared to new materials
- Support for ESG and sustainability goals
This makes MINGAPEEK™ ideal for applications that require a combination of performance and sustainability.
Typical Applications
MINGAPEEK™ is used in the most demanding technical fields:
- Aerospace: Structural and Functional Components
- Automotive Industry: High-Temperature and E-Mobility Components
- Industry & Mechanical Engineering: Wear-Resistant and Heavy-Duty Components
- Energy: Components for Extreme Operating Conditions
- Medical Technology: High-Performance Components (depending on approval)
Processing and Technical Advantages
MINGAPEEK™ can be processed using suitable high-temperature methods:
- Injection Molding for High-Precision Components
- Extrusion for Profiles and Semi-Finished Products
This material offers a combination of maximum performance, design flexibility, and sustainability, even in extreme operating environments.
Why buy MINGAPEEK™ through Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for high-performance plastics:
- Access to the MINGAPEEK™ Portfolio
- Customized Consulting for High-Temperature and High-End Applications
- Technical support for material selection and component design
- High Availability and Flexible Logistics Solutions
- Project support from development through to mass production
With its extensive expertise, Grässlin supports customers in implementing high-performance and sustainable plastic solutions.
MINGAPEEK™ – High Performance Meets Sustainability
MINGAPEEK™ PEEK recompounds are the ideal choice for applications that require extreme temperature resistance, mechanical performance, and sustainability. The material enables high-performance, resource-efficient solutions for the most demanding applications.
Get advice now: Our experts will help you select the best MINGAPEEK™ material for your project.
SAXALEN™ PP Compounds from SAX Polymers – Customized polypropylene solutions for engineering applications
SAXALEN™ from SAX Polymers is a versatile product family of high-quality polypropylene (PP) compounds specifically developed for demanding technical applications. Through targeted modification with fillers, reinforcements, and additives, SAXALEN™ offers an optimal combination of mechanical performance, processability, and cost-effectiveness.
The materials are tailored to each customer's specific requirements and enable high-performance solutions for a wide variety of industries.
Grässlin Kunststoffe offers SAXALEN™ compounds for customized applications that meet the highest quality standards.
Properties of SAXALEN™ PP Compounds
SAXALEN™ stands out thanks to its broad and flexibly adjustable property profile:
- High mechanical strength and stiffness
- Very good impact resistance (depending on the modification)
- Good dimensional stability and reduced shrinkage
- Excellent chemical resistance
- Low density and low component weight
- Excellent workability
- Customizable surface quality and feel
Depending on the model, versions are available with:
- Mineral filler or glass fiber reinforcement
- Impact resistance modification
- UV stabilization or heat stabilization
- Flame Retardant Systems (FR)
- Custom Color and Additive Solutions
Advantages over standard PP
SAXALEN™ offers clear advantages over unreinforced polypropylene:
- Targeted property adjustment for specific applications
- Improved mechanical and thermal performance
- Reduced warpage and improved dimensional stability
- Optimized Processing for Mass Production
- High degree of design freedom
Typical Applications
SAXALEN™ PP compounds are used in numerous industries:
- Automotive Industry: Interior Parts, Structural Components, Trim
- Industry & Mechanical Engineering: Technical Components Subject to Mechanical Stress
- Household Appliances: Housings and Functional Components
- Packaging Industry: Technical Packaging Solutions
- Consumer Goods: Durable and Functional Products
Processing and Technical Advantages
SAXALEN™ can be processed efficiently and cost-effectively:
- Injection Molding for Complex Technical Components
- Extrusion for profiles, sheets, and semi-finished products
These materials enable high process stability, short cycle times, and consistent part quality.
Why buy SAXALEN™ from Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for custom plastic solutions:
- Access to the SAX Polymers SAXALEN™ Portfolio
- Personalized Consulting for Custom PP Compounds
- Technical Support for Materials Development and Component Design
- High Availability and Flexible Logistics Solutions
- Project support from development through to mass production
With its extensive expertise, Grässlin supports customers in implementing efficient and high-performance plastic solutions.
SAXALEN™ – Customized PP Performance
SAXALEN™ PP compounds from SAX Polymers are the ideal choice for applications where customized properties, mechanical performance, and cost-effectiveness are key. The material offers flexible solutions for demanding technical applications.
Get advice now: Our experts will help you select the best SAXALEN™ material for your project.
SAXALON™ PC Compounds from SAX Polymers – High-Performance Polycarbonate Solutions for Demanding Applications
SAXALON™ from SAX Polymers is a high-quality product family of engineering polycarbonate (PC) compounds specifically developed for applications requiring high impact strength, temperature resistance, and optical quality. Through targeted modification with additives, reinforcements, and functional components, SAXALON™ offers customized material solutions for demanding engineering applications.
These materials combine the typical advantages of polycarbonate with properties tailored to modern industrial applications.
Grässlin Kunststoffe offers SAXALON™ PC compounds for high-performance and cost-effective plastic solutions.
Properties of SAXALON™ PC Compounds
SAXALON™ stands out thanks to its versatile and high-performance characteristics:
- Very high impact strength, even at low temperatures
- Good heat resistance
- High dimensional stability and dimensional accuracy
- Very good surface quality
- Good transparency for selected models
- Excellent electrical insulation properties
- Good workability
Depending on the model, versions are available with:
- Fiberglass reinforcement for increased stiffness
- Flame Retardant Systems (FR)
- UV Stabilization for Outdoor Applications
- Improved chemical resistance
- Custom color and design solutions
Advantages Over Standard Polycarbonate
SAXALON™ offers clear advantages over a standard PC:
- Targeted property adjustment for specific applications
- Optimized mechanical and thermal performance
- Greater design flexibility through specialized surface solutions
- Improved process stability in mass production
- Application-Specific Functionalization
Typical Applications
SAXALON™ PC compounds are used in numerous industries:
- Automotive Industry: Interior Parts, Lighting Applications, Functional Components
- Electrical & Electronics: Enclosures, Connector Systems, Switches
- Industry & Mechanical Engineering: Robust Technical Components
- Home Appliances: High-Quality Aesthetic and Functional Components
- Consumer Goods: Durable and Design-Oriented Products
Processing and Technical Advantages
SAXALON™ can be processed efficiently and reliably:
- Injection Molding for Complex Precision Components
- Extrusion for Sheets, Profiles, and Semi-Finished Products
These materials enable high process stability, excellent component quality, and cost-effective mass production.
Why buy SAXALON™ through Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for high-performance engineering plastics:
- Access to the SAX Polymers SAXALON™ Portfolio
- Customized Consulting for PC-Based Material Solutions
- Technical support for material selection and component design
- High Availability and Flexible Logistics Solutions
- Project support from development through to mass production
With its extensive expertise, Grässlin supports customers in implementing high-performance, customized plastic solutions.
SAXALON™ – Custom Polycarbonate Performance
SAXALON™ PC compounds from SAX Polymers are the ideal choice for applications that require impact resistance, temperature resistance, and high-quality surfaces. The material offers customized solutions for demanding technical applications.
Get advice now: Our experts will help you select the best SAXALON™ material for your project.
SAXAMID™ PA Compounds from SAX Polymers – High-Performance Polyamide Solutions for Demanding Applications
SAXAMID™ from SAX Polymers is a versatile product family of high-quality polyamide (PA) compounds specifically developed for applications requiring high mechanical strength, temperature resistance, and chemical resistance. Through targeted modification with reinforcements, fillers, and additives, SAXAMID™ offers customized material solutions for a wide range of technical requirements.
These materials combine the proven properties of polyamide with performance tailored to specific needs for modern industrial applications.
Grässlin Kunststoffe offers SAXAMID™ compounds for high-performance and cost-effective plastic solutions.
Properties of SAXAMID™ PA Compounds
SAXAMID™ stands out thanks to its broad and high-performance property profile:
- High mechanical strength and stiffness
- Excellent impact resistance and fatigue strength
- Good heat resistance
- Excellent resistance to wear and abrasion
- Good chemical resistance to oils, fats, and many media
- High dimensional stability
- Excellent workability
Depending on the model, versions are available with:
- Fiberglass reinforcement for increased stiffness and strength
- Mineral filler for improved dimensional stability
- Impact resistance modification
- Heat stabilization for higher continuous operating temperatures
- Flame Retardant Systems (FR)
- Custom Color and Additive Solutions
Advantages over standard polyamide
SAXAMID™ offers clear advantages over unmodified PA grades:
- Targeted property adjustment for specific applications
- Optimized mechanical and thermal performance
- Improved dimensional stability and reduced shrinkage
- Extended service life under dynamic loads
- Improved process stability in mass production
Typical Applications
SAXAMID™ PA compounds are used in numerous industries:
- Automotive Industry: Engine Compartment Parts, Connector Systems, Structural Components
- Electrical & Electronics: Enclosures, Connectors, Technical Functional Parts
- Industry & Mechanical Engineering: Gears, Bearings, Mechanically Loaded Components
- Household Appliances: Functional and Structural Components
- Energy & E-Mobility: Thermally Stressed Components
Processing and Technical Advantages
SAXAMID™ can be processed efficiently and reliably:
- Injection Molding for Complex Precision Components
- Extrusion for Profiles, Tubes, and Semi-Finished Products
These materials enable high process stability, consistent quality, and cost-effective mass production.
Why buy SAXAMID™ from Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for high-performance engineering plastics:
- Access to the SAX Polymers SAXAMID™ Portfolio
- Customized Consulting for PA-Based Material Solutions
- Technical support for material selection and component design
- High Availability and Flexible Logistics Solutions
- Project support from development through to mass production
With its extensive expertise, Grässlin supports customers in implementing high-performance, customized plastic solutions.
SAXAMID™ – Customized Polyamide Performance
SAXAMID™ PA compounds from SAX Polymers are the ideal choice for applications where mechanical strength, temperature resistance, and wear resistance are key considerations. The material offers customized solutions for demanding technical applications.
Get advice now: Our experts will help you select the best SAXAMID™ material for your project.
SAXAFORM™ POM Compounds from SAX Polymers – Precision Materials for High-Stress Components
SAXAFORM™ from SAX Polymers is a high-performance product family of premium POM (polyoxymethylene/acetal) compounds, specifically developed for applications that require high dimensional stability, low friction, wear resistance, and mechanical strength. Through targeted modification with additives, reinforcements, and functional additives, SAXAFORM™ offers customized solutions for precision engineering applications.
These materials combine the typical advantages of POM with performance tailored to specific needs for modern industrial and mass-production applications.
Grässlin Kunststoffe offers SAXAFORM™ POM compounds for durable, precise, and cost-effective plastic solutions.
Properties of SAXAFORM™ POM Compounds
SAXAFORM™ stands out thanks to its versatile and high-performance characteristics:
- High stiffness and mechanical strength
- Excellent dimensional stability and low water absorption
- Excellent lubricity and friction properties
- High resistance to wear and abrasion
- Excellent fatigue strength under dynamic loading
- Good chemical resistance
- Very good surface quality
- High process reliability in mass production
Depending on the model, versions are available with:
- PTFE or tribological additives for optimized sliding behavior
- Fiberglass reinforcement for increased stiffness
- Impact resistance modification
- Antistatic or electrically conductive properties
- Customized color and functional solutions
Advantages Over Standard POM
SAXAFORM™ offers clear advantages over unmodified POM:
- Targeted property adjustment for specific applications
- Improved service life under friction and wear conditions
- Optimized Mechanical Performance
- Improved dimensional accuracy for complex components
- Improved process stability and production quality
Typical Applications
SAXAFORM™ POM compounds are used in numerous industries:
- Automotive Industry: Gears, Clips, Functional Components, Sliding Mechanisms
- Industry & Mechanical Engineering: Bearings, Rollers, Guide Elements, Precision Parts
- Electrical & Electronics: Connector Systems and Mechanical Components
- Household Appliances: Gear Components, Functional Mechanisms
- Consumer Goods: Durable Precision Components
Processing and Technical Advantages
SAXAFORM™ can be processed efficiently and reliably:
- Injection molding for precision mass-produced parts with tight tolerances
- Extrusion for Profiles and Semi-Finished Products
These materials enable cost-effective manufacturing with high repeatability, even for complex geometries.
Why should you purchase SAXAFORM™ through Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for high-performance engineering plastics:
- Access to the SAX Polymers SAXAFORM™ Portfolio
- Customized Consulting for Tribological and Precision Applications
- Technical support for material selection and component design
- High Availability and Flexible Logistics Solutions
- Project support from development through to mass production
With its extensive expertise, Grässlin helps customers implement high-performance and cost-effective plastic solutions.
SAXAFORM™ – Customized Precision and Wear Resistance
SAXAFORM™ POM compounds from SAX Polymers are the ideal choice for applications where dimensional stability, optimized friction, and mechanical strength are critical. The material offers customized solutions for durable, precision-engineered components.
Get advice now: Our experts will help you select the best SAXAFORM™ material for your project.
SAXAGREEN™ PIR & PCR Compounds from SAX Polymers – Sustainable Plastic Solutions for the Circular Economy
SAXAGREEN™ from SAX Polymers is an innovative product family of sustainable compounds based on post-industrial recycled materials (PIR) and post-consumer recycled materials (PCR). These materials were developed to combine technical performance with resource conservation and CO₂ reduction.
SAXAGREEN™ enables the use of high-quality recycled materials in demanding applications and helps companies achieve their sustainability and ESG goals.
Grässlin Kunststoffe offers SAXAGREEN™ compounds for forward-looking and high-performance applications in the industrial, automotive, and consumer goods sectors.
Properties of SAXAGREEN™ PIR & PCR Compounds
SAXAGREEN™ stands out for its sustainable and high-performance characteristics:
- Made from PIR and/or PCR recycled materials
- Reduced carbon footprint compared to new products
- Good mechanical properties, depending on the type
- Excellent workability
- Good chemical resistance
- High material availability for mass-production applications
- Customizable Properties Through Compounding
Depending on the application, variants are available with:
- Fiber-optic or mineral reinforcement
- Impact resistance modification
- UV or heat stabilization
- Flame Retardant Systems (FR)
- Custom Color and Additive Solutions
Focus on Sustainability
SAXAGREEN™ stands for modern circular economy:
- Recycling of Production Waste (PIR)
- Use of Post-Consumer Recycled (PCR) Materials
- Reduction in the use of fossil fuels
- Support for recycling rates and sustainability strategies
- Improving the Environmental Performance of Plastic Components
This makes SAXAGREEN™ ideal for companies that want to actively implement sustainable material strategies.
Typical Applications
SAXAGREEN™ is used in numerous sustainability-oriented applications:
- Automotive Industry: Interior Parts, Hidden Structural Components
- Industry & Mechanical Engineering: Technical Components Containing Recycled Materials
- Household Appliances: Housings and Functional Parts
- Consumer Goods: Durable, Sustainable Products
- Packaging & Logistics: Reusable Containers, Technical Packaging
Processing and Technical Advantages
SAXAGREEN™ can be applied efficiently using standard methods:
- Injection Molding for Technical Components
- Extrusion for profiles, sheets, and semi-finished products
These materials enable cost-effective processing while offering an improved sustainability profile.
Why buy SAXAGREEN™ from Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for sustainable plastic solutions:
- Access to the SAX Polymers SAXAGREEN™ Portfolio
- Customized Consulting on PIR- and PCR-Based Materials
- Technical support for material selection and application
- High Availability and Flexible Logistics Solutions
- Project support from concept to mass production
Drawing on its extensive expertise, Grässlin helps customers implement sustainable and cost-effective plastic solutions.
SAXAGREEN™ – Sustainable Compounds with Technical Performance
SAXAGREEN™ PIR & PCR compounds from SAX Polymers are the ideal choice for applications that require sustainability, recyclability, and reliable material performance. The material enables sustainable solutions for modern plastic applications.
Get advice now: Our experts will help you select the ideal SAXAGREEN™ material for your sustainable project.
SAXAKETON™ PK Compounds from SAX Polymers – High-Performance Materials for Tribological and Technical Applications
SAXAKETON™ from SAX Polymers is a specialized product family of high-performance PK compounds based on polyketone (PK). These materials were developed for applications where high wear resistance, chemical resistance, mechanical strength, and low friction are critical.
Polyketone is one of the innovative engineering plastics and, compared to many standard polymers, offers an exceptional combination of toughness, barrier properties, and tribological performance. Targeted compounding enables the creation of customized solutions for demanding industrial applications.
Grässlin Kunststoffe offers SAXAKETON™ compounds for durable, cost-effective, and high-performance components.
Properties of SAXAKETON™ PK Compounds
SAXAKETON™ stands out thanks to its modern and versatile set of properties:
- High mechanical strength and impact resistance
- Excellent resistance to wear and abrasion
- Low coefficients of friction and good sliding properties
- Excellent chemical resistance
- Low water absorption and high dimensional stability
- Good gas and media barrier properties
- High long-term load capacity
- Excellent workability
Depending on the model, versions are available with:
- Fiber-optic or mineral reinforcement
- Tribological Additives for Optimized Sliding Behavior
- Impact resistance modification
- Heat stabilization
- Customized color and functional solutions
Advantages Over Standard Plastics
SAXAKETON™ offers clear advantages over many standard polymers:
- Higher wear resistance than many PA or PP solutions
- Lower moisture absorption than polyamides
- Excellent dimensional stability, even in humid environments
- Optimized for moving components and those subject to tribological stress
- Long service life and reduced maintenance costs
Typical Applications
SAXAKETON™ PK compounds are used in numerous industries:
- Automotive Industry: Gears, Clips, Functional Components, Wiring Components
- Industry & Mechanical Engineering: Plain Bearings, Rollers, Guides, Wear Parts
- Household Appliances: Functional Components Subject to Mechanical Stress
- Packaging Technology: Technical Components with Barrier Requirements
- Consumer Goods: Durable Mechanical Components
Processing and Technical Advantages
SAXAKETON™ can be processed efficiently:
- Injection Molding for Precision Mass-Produced Parts
- Extrusion for Profiles and Semi-Finished Products
These materials enable cost-effective production, high process stability, and consistent quality.
Why buy SAXAKETON™ from Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for innovative engineering plastics:
- Access to the SAX Polymers SAXAKETON™ Portfolio
- Customized Consulting for Tribological and Technical Applications
- Technical support for material selection and component design
- High Availability and Flexible Logistics Solutions
- Project support from development through to mass production
With its extensive expertise, Grässlin helps customers implement high-performance and cost-effective plastic solutions.
SAXAKETON™ – Polyketone Performance for Demanding Applications
SAXAKETON™ PK compounds from SAX Polymers are the ideal choice for applications that require wear resistance, dimensional stability, and chemical resistance. The material offers innovative solutions for durable engineering components and modern industrial applications.
Get advice now: Our experts will help you select the best SAXAKETON™ material for your project.
SAXATEC™ ASA Compounds from SAX Polymers – Weather-Resistant Materials for Long-Lasting Outdoor Applications
SAXATEC™ from SAX Polymers is a high-quality product family of engineering ASA (acrylonitrile-styrene-acrylate) compounds that has been specifically developed for applications requiring UV resistance, weather resistance, impact strength, and high-quality surfaces. ASA is considered a high-performance alternative to ABS for outdoor use and offers outstanding long-term color and dimensional stability.
Through targeted compounding with additives, reinforcements, and functional components, SAXATEC™ offers customized material solutions for demanding indoor and outdoor applications.
Grässlin Kunststoffe offers SAXATEC™ ASA compounds for durable, design-oriented, and cost-effective plastic solutions.
Properties of SAXATEC™ ASA Compounds
SAXATEC™ stands out thanks to its versatile and high-performance characteristics:
- Excellent UV and weather resistance
- High color and gloss stability when used outdoors
- Very good impact resistance
- Good heat resistance
- High surface quality
- Good dimensional stability and dimensional accuracy
- Good chemical resistance to many household and environmental factors
- Excellent workability
Depending on the model, versions are available with:
- Fiber-optic or mineral reinforcement
- Increased impact strength
- Flame Retardant Systems (FR)
- Matte, high-gloss, or textured finish
- Custom color and design solutions
Advantages Over Standard ABS
SAXATEC™ offers clear advantages over ABS in outdoor applications:
- Significantly better UV and weather resistance
- Long-term color fastness without yellowing
- High impact strength even at low temperatures
- Suitable for visible design elements in outdoor areas
- Long service life under varying climatic conditions
Typical Applications
SAXATEC™ ASA compounds are used in numerous industries:
- Automotive Industry: Side Mirror Housings, Trim Strips, Exterior Parts
- Construction Industry: Profiles, Enclosures, Exterior Cladding
- Electrical & Electronics: Outdoor Enclosures, Weather-Resistant Components
- Leisure & Gardening: Durable Visible Parts and Functional Components
- Household Appliances: Visible Exterior Components
Processing and Technical Advantages
SAXATEC™ can be processed efficiently and reliably:
- Injection Molding for Complex Aesthetic and Functional Parts
- Extrusion for profiles, sheets, and outdoor applications
These materials enable cost-effective mass production with high surface quality and long-lasting performance.
Why should you purchase SAXATEC™ through Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for specialty engineering plastics:
- Access to the SAX Polymers SAXATEC™ Portfolio
- Customized consulting for UV-stable and design-oriented applications
- Technical support for material selection and component design
- High Availability and Flexible Logistics Solutions
- Project support from development through to mass production
With its extensive expertise, Grässlin supports customers in implementing durable and high-performance plastic solutions.
SAXATEC™ – ASA Performance for Demanding Outdoor Applications
SAXATEC™ ASA compounds from SAX Polymers are the ideal choice for applications where weather resistance, UV stability, and high-quality surfaces are critical. The material offers customized solutions for durable products for both indoor and outdoor use.
Get advice now: Our experts will help you select the best SAXATEC™ material for your project.
SAXALOY A™ PC/ABS Blend from SAX Polymers – An Impact-Resistant All-Rounder for Demanding Applications
SAXALOY A™ from SAX Polymers is a high-performance product family of premium PC/ABS blends that combines the advantages of polycarbonate (PC) and acrylonitrile-butadiene-styrene (ABS) in a single material. The result is an optimal combination of high impact strength, good heat resistance, excellent surface quality, and very good processability.
SAXALOY A™ was developed specifically for applications that require a balance of mechanical strength, design flexibility, and cost-effective mass production.
Grässlin Kunststoffe offers SAXALOY A™ PC/ABS blends for a wide range of technical applications in the automotive, electronics, and consumer goods industries.
Properties of SAXALOY A™ PC/ABS Blend
SAXALOY A™ stands out for its balanced and high-performance property profile:
- Very high impact strength —even at low temperatures
- Good heat resistance
- Excellent surface quality for visible components
- High dimensional stability and dimensional accuracy
- Good stiffness and strength
- Excellent workability
- Good paintability and finishability
- Good electrical insulation properties
Depending on the model, versions are available with:
- Flame Retardant Systems (FR)
- UV Stabilization
- Fiberglass Reinforcement
- Matte, high-gloss, or textured finish
- Custom color and design solutions
Advantages Over Standard Materials
SAXALOY A™ offers clear advantages over pure ABS or standard PC:
- Higher impact strength and temperature resistance than ABS
- Better processability and surface quality than pure PC
- A balanced combination of durability and design flexibility
- Optimized for visible technical components
- High process reliability in mass production
Typical Applications
SAXALOY A™ PC/ABS blends are used in numerous industries:
- Automotive Industry: Interior Parts, Trim, Displays, Enclosures
- Electrical & Electronics: Device Enclosures, Switches, Functional Components
- Home Appliances: High-Quality Aesthetic and Functional Components
- Industry: Rugged Technical Enclosures and Control Elements
- Consumer Goods: Durable Design Products
Processing and Technical Advantages
SAXALOY A™ can be processed efficiently and reliably:
- Injection Molding for Complex Aesthetic and Functional Components
- Extrusion for Technical Applications and Semi-Finished Products
These materials enable cost-effective mass production with high component quality and an excellent surface finish.
Why purchase SAXALOY A™ through Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for specialty engineering plastics:
- Access to the SAX Polymers SAXALOY A™ Portfolio
- Customized Consulting for PC/ABS-Based Material Solutions
- Technical support for material selection and component design
- High Availability and Flexible Logistics Solutions
- Project support from development through to mass production
With its extensive expertise, Grässlin helps customers implement high-performance and cost-effective plastic solutions.
SAXALOY A™ – The powerful combination of PC and ABS
SAXALOY A™ PC/ABS Blend from SAX Polymers is the ideal choice for applications where impact resistance, surface quality, and temperature resistance are critical. The material offers customized solutions for modern technical and design-oriented products.
Get advice now: Our experts will help you select the best SAXALOY A™ material for your project.
SAXALOY B™ PC/ASA Blend from SAX Polymers – Weather-resistant, high-performance blends for demanding applications
SAXALOY B™ from SAX Polymers is a high-quality product family of engineering PC/ASA blends that combines the advantages of polycarbonate (PC) and ASA (acrylonitrile-styrene-acrylate) in a single material. The result is an optimal combination of high impact strength, good heat resistance, UV stability, and excellent surface quality.
SAXALOY B™ was developed specifically for applications that require mechanical strength, weather resistance, and aesthetic appeal in equal measure—particularly for indoor and outdoor use.
Grässlin Kunststoffe offers SAXALOY B™ PC/ASA blends for durable, high-quality plastic solutions.
Properties of SAXALOY B™ PC/ASA Blend
SAXALOY B™ stands out for its balanced and high-performance property profile:
- Very high impact strength —even at low temperatures
- Good heat resistance
- Excellent UV and weather resistance
- High color and gloss stability
- Excellent surface quality for visible components
- High dimensional stability and dimensional accuracy
- Excellent workability
- Good electrical insulation properties
Depending on the model, versions are available with:
- Flame Retardant Systems (FR)
- Fiberglass Reinforcement
- Matte, high-gloss, or textured finish
- Increased chemical resistance
- Custom color and design solutions
Advantages Over Standard Materials
SAXALOY B™ offers clear advantages over pure ASA or standard PC:
- Higher impact strength than ASA
- Better UV and weather resistance than PC/ABS
- Good heat resistance even when used outdoors
- Ideal for visible design elements in outdoor areas
- High process reliability in mass production
Typical Applications
SAXALOY B™ PC/ASA blends are used in numerous industries:
- Automotive Industry: Side Mirror Housings, Trim Strips, Exterior Parts
- Electrical & Electronics: Outdoor Enclosures, Weather-Resistant Equipment Components
- Construction Industry: Technical Profiles, Enclosures, Outdoor Applications
- Household Appliances: Visible Exterior Components
- Consumer Goods: Durable Products for Indoor and Outdoor Use
Processing and Technical Advantages
SAXALOY B™ can be processed efficiently and reliably:
- Injection Molding for Complex Aesthetic and Functional Components
- Extrusion for profiles, sheets, and outdoor technical applications
These materials enable cost-effective mass production with high surface quality and long-lasting performance.
Why purchase SAXALOY B™ from Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for specialty engineering plastics:
- Access to the SAX Polymers SAXALOY B™ Portfolio
- Customized Consulting for PC/ASA-Based Material Solutions
- Technical support for material selection and component design
- High Availability and Flexible Logistics Solutions
- Project support from development through to mass production
With its extensive expertise, Grässlin supports customers in implementing durable and high-performance plastic solutions.
SAXALOY B™ – The powerful combination of PC and ASA
SAXALOY B™ PC/ASA Blend from SAX Polymers is the ideal choice for applications where impact resistance, UV stability, and high-quality surfaces are critical. The material offers customized solutions for modern technical products for both indoor and outdoor use.
Get advice now: Our experts will help you select the best SAXALOY B™ material for your project.
SAXALOY C™ PC/ABS, PA/ASA Blends from SAX Polymers – Specialty blends designed to meet the highest standards for durability and weather resistance
SAXALOY C™ from SAX Polymers is an innovative product family of engineering polymer blends based on PC/ABS and PA/ASA, developed for applications with particularly high requirements for mechanical strength, surface quality, temperature resistance, and weather resistance.
The targeted combination of selected polymer components results in materials with customized properties—ideal for demanding indoor and outdoor applications.
Grässlin Kunststoffe offers SAXALOY C™ specialty blends for modern engineering components in the automotive, electronics, industrial, and design sectors.
Properties of SAXALOY C™ Blends
SAXALOY C™ stands out for its versatile and high-performance properties:
- High impact resistance and mechanical strength
- Very good heat resistance
- High dimensional stability and dimensional accuracy
- Very good surface quality
- Good chemical resistance
- Excellent UV and weather resistance (especially PA/ASA)
- Excellent workability
- High Design Flexibility for Visible Components
Depending on the blind system and type, variants are available with:
- Flame Retardant Systems (FR)
- Fiber-optic or mineral reinforcement
- UV stabilization for outdoor use
- Matte, high-gloss, or textured finish
- Customized color and functional solutions
Overview of Material Options
PC/ABS Blend
- A combination of PC's impact resistance and ABS's processability and surface finish
- Ideal for visible technical components and rugged enclosures
- Good heat resistance and design quality
PA/ASA Blend
- A combination of the mechanical strength of PA and the weather resistance of ASA
- Ideal for outdoor applications subject to structural loads
- Good chemical resistance and UV stability
Typical Applications
SAXALOY C™ is used in numerous industries:
- Automotive Industry: Interior Parts, Exterior Parts, Housings, Structural Components
- Electrical & Electronics: Technical Enclosures, Outdoor Components
- Industry & Mechanical Engineering: Robust Functional Parts
- Construction Industry: Exterior Applications, Technical Profiles
- Consumer Goods: Durable, Designer Products for Indoor and Outdoor Use
Processing and Technical Advantages
SAXALOY C™ is easy to work with:
- Injection Molding for Complex Aesthetic and Functional Components
- Extrusion for engineering profiles and semi-finished products
These materials enable cost-effective mass production with high component quality and long-term performance.
Why purchase SAXALOY C™ from Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for specialty engineering plastics:
- Access to the SAX Polymers SAXALOY C™ Portfolio
- Customized Consulting for Sophisticated Blend Solutions
- Technical support for material selection and component design
- High Availability and Flexible Logistics Solutions
- Project support from development through to mass production
With its extensive expertise, Grässlin supports customers in implementing high-performance, customized plastic solutions.
SAXALOY C™ – Special Alloys for Modern High-Performance Applications
SAXALOY C™ PC/ABS and PA/ASA blends from SAX Polymers are the ideal choice for applications where durability, surface quality, weather resistance, and design flexibility are critical. The material offers customized solutions for demanding technical products.
Get advice now: Our experts will help you select the best SAXALOY C™ material for your project.
SAX BATCH™ Color Batches from SAX Polymers – Precise color masterbatches for high-quality plastic products
SAX BATCH™ from SAX Polymers is a high-performance product family of premium color batches and color masterbatches, specifically developed for the precise and cost-effective coloring of plastics. These products deliver consistent color quality, excellent dispersion, and reproducible results across a wide range of processing methods.
SAX BATCH™ offers customized color solutions for engineering plastics, standard polymers, and specialty applications—ranging from standard colors to custom corporate and design colors.
Grässlin Kunststoffe offers SAX BATCH™ color batches for high-quality and efficient plastic production.
Properties of SAX BATCH™ Color Batches
SAX BATCH™ stands out thanks to its powerful and versatile performance profile:
- High color accuracy and reproducibility
- Excellent pigment dispersion
- High color brilliance and opacity
- Very easy to measure out
- Good thermal stability during processing
- Even coloring without streaks
- Wide compatibility with many polymer substrates
- Cost-effective processing due to low dosage rates
Available Solutions
SAX BATCH™ offers customized color and functional solutions:
- Standard colors according to RAL, Pantone, or customer-specific
- Transparent, Metallic, and Special-Effect Colors
- UV-resistant exterior paints
- Heat-Resistant Paint Systems
- Laser-markable inks
- Systems compliant with food contact regulations or other applicable regulations (depending on the type)
- Custom Solutions for Engineering Plastics
Advantages Over Direct Pigmentation
SAX BATCH™ offers clear advantages over direct pigment addition:
- Clean and easy dosing
- Greater process reliability
- Better color consistency between batches
- Less cleaning required
- More Efficient Warehousing
- Faster color changes in production
Typical Applications
SAX BATCH™ color batches are used in numerous industries:
- Automotive Industry: Visible Parts, Interior Components, Exterior Parts
- Electrical & Electronics: Enclosures, Control Elements, Connector Systems
- Packaging Industry: Containers, Closures, Technical Packaging
- Household Appliances: Visible and Functional Parts
- Consumer Goods: Designer Products and Brand-Name Items
Processing and Technical Advantages
SAX BATCH™ is suitable for various processes:
- Injection Molding
- Extrusion
- Blow Molding
- Film Production
- Compounding Applications
These products enable cost-effective mass production with consistently high color quality.
Why purchase SAX BATCH™ from Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for functional material solutions:
- Access to the SAX Polymers SAX BATCH™ Portfolio
- Custom color development according to customer specifications
- Technical assistance with material and color selection
- High availability and flexible delivery options
- Project support from concept to mass production
Drawing on its extensive expertise, Grässlin helps customers develop high-quality, brand-appropriate, and cost-effective plastic products.
SAX BATCH™ – Color with Precision and Process Reliability
SAX BATCH™ color batches from SAX Polymers are the ideal choice for applications where consistent color quality, brilliant appearance, and cost-effective processing are crucial. These products offer customized solutions for modern plastics manufacturing.
Get advice now: Our experts will help you choose the best SAX BATCH™ paint system for your project.
SAXALAC™ ABS, ABS/PC, and ABS-GF from SAX Polymers – Versatile material solutions for robust design and engineering components
SAXALAC™ from SAX Polymers is a high-performance family of engineering plastics based on ABS, ABS/PC blends, and glass-fiber-reinforced ABS (ABS-GF). These materials were specifically developed for applications that require impact resistance, surface quality, dimensional stability, and cost-effective processing.
Through targeted modification with reinforcements, additives, and functional components, SAXALAC™ offers customized solutions for demanding aesthetic and functional components.
Grässlin Kunststoffe offers SAXALAC™ materials for a wide range of applications in the automotive, electronics, industrial, and consumer goods sectors.
Properties of SAXALAC™ ABS, ABS/PC, and ABS-GF
SAXALAC™ stands out thanks to its broad and customizable range of properties:
- Very good impact resistance
- High surface quality for visible components
- Good stiffness and mechanical strength
- High dimensional stability and dimensional accuracy
- Excellent workability
- Good paintability and finishability
- Good electrical insulation properties
- Cost-Effective Batch Processing
Depending on the model, versions are available with:
- Fiberglass reinforcement for increased stiffness
- Flame Retardant Systems (FR)
- UV Stabilization
- Matte, high-gloss, or textured finish
- Custom color and design solutions
Overview of Material Options
ABS
- Good impact resistance and surface quality
- Excellent workability
- Ideal for housings, visible parts, and consumer goods
ABS/PC Blend
- Higher heat resistance and impact strength than ABS
- Good dimensional accuracy
- Ideal for technical enclosures and high-performance functional parts
ABS-GF
- Fiberglass-reinforced for greater stiffness and strength
- Reduced deformation under load
- Ideal for structural applications
Typical Applications
SAXALAC™ is used in numerous industries:
- Automotive Industry: Interior Parts, Trim, Functional Components
- Electrical & Electronics: Equipment Enclosures, Switches, Connector Systems
- Industry & Mechanical Engineering: Technical Enclosures and Structural Components
- Household Appliances: Visible and Functional Parts
- Consumer Goods: Durable and Design-Oriented Products
Processing and Technical Advantages
SAXALAC™ can be processed efficiently and reliably:
- Injection molding for complex components with high surface quality
- Extrusion for Technical Applications and Semi-Finished Products
These materials enable cost-effective mass production with high process stability and consistent quality.
Why buy SAXALAC™ from Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for specialty engineering plastics:
- Access to the SAX Polymers SAXALAC™ Portfolio
- Customized Consulting for ABS and Blend Solutions
- Technical support for material selection and component design
- High Availability and Flexible Logistics Solutions
- Project support from development through to mass production
Drawing on its extensive expertise, Grässlin helps customers implement cost-effective and high-performance plastic solutions.
SAXALAC™ – Durable Materials for Technology and Design
SAXALAC™ ABS, ABS/PC, and ABS-GF from SAX Polymers are the ideal choice for applications that require impact resistance, surface quality, and technical performance. The material offers customized solutions for modern aesthetic and functional components.
Get advice now: Our experts will help you select the best SAXALAC™ material for your project.
SAXAPLAST™ PA, PP, and PET recompounds from SAX Polymers – Sustainable material solutions with technical performance
SAXAPLAST™ from SAX Polymers is an innovative product family of high-quality recompounds based on PA, PP, and PET, developed specifically for applications where sustainability, cost-effectiveness, and reliable material performance are key priorities. Through the targeted processing and modification of high-quality recycled material streams, high-performance materials are created for industrial mass-production applications.
SAXAPLAST™ combines resource conservation and a circular economy with the technical properties required for modern plastic components.
Grässlin Kunststoffe offers SAXAPLAST™ recompounds for sustainable applications in the automotive, industrial, packaging, and consumer goods sectors.
Properties of SAXAPLAST™ Recompounds
SAXAPLAST™ stands out for its sustainable and versatile set of properties:
- Based on recycled polymer streams (PA, PP, PET)
- Reduced carbon footprint compared to new products
- Good mechanical properties depending on the base material
- Excellent workability
- Cost-effective material solution for mass-production applications
- Customizable Properties Through Compounding
- High Availability for Industrial Applications
Depending on the model, versions are available with:
- Fiber-optic or mineral reinforcement
- Impact resistance modification
- UV or heat stabilization
- Flame Retardant Systems (FR)
- Custom Color and Additive Solutions
Overview of Material Options
PA Recompounds
- High mechanical strength
- Good temperature and chemical resistance
- Ideal for technical functional components
PP Recompounds
- Low density and good cost-effectiveness
- Good chemical resistance
- Ideal for high-volume applications
PET recompounds
- Good stiffness and dimensional stability
- Good surface quality
- Ideal for technical enclosures and structural components
Focus on Sustainability
SAXAPLAST™ actively supports modern circular economy practices:
- Recycling of High-Quality Plastic Streams
- Reduction in the use of fossil fuels
- Support for Recycling Rates and ESG Goals
- Improving the Environmental Footprint of Products
- Integration into existing production processes
Typical Applications
SAXAPLAST™ is used in numerous industries:
- Automotive Industry: Interior Parts, Structural Components, Technical Components
- Industry & Mechanical Engineering: Housings, Functional Parts, Structural Components
- Household Appliances: Technical Visible and Functional Parts
- Packaging & Logistics: Reusable Containers, Technical Packaging
- Consumer Goods: Sustainable, Durable Products
Processing and Technical Advantages
SAXAPLAST™ is easy to work with:
- Injection Molding for Complex Production Parts
- Extrusion for profiles, sheets, and semi-finished products
These materials enable cost-effective production with high process stability and an improved sustainability profile.
Why buy SAXAPLAST™ from Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for sustainable plastic solutions:
- Access to the SAX Polymers SAXAPLAST™ Portfolio
- Customized Consulting on Recompounds and Recycling Solutions
- Technical Support for Material Selection and Application
- High Availability and Flexible Logistics Solutions
- Project support from development through to mass production
Drawing on its extensive expertise, Grässlin supports customers in implementing cost-effective and sustainable plastics strategies.
SAXAPLAST™ – Recompounds for Sustainable Mass-Production Solutions
SAXAPLAST™ PA, PP, and PET recompounds from SAX Polymers are the ideal choice for applications that require sustainability, cost-effectiveness, and technical reliability. The material offers modern solutions for resource-efficient plastic products.
Get advice now: Our experts will help you select the best SAXAPLAST™ material for your project.
SAXADRY™ Drying Batch from SAX Polymers – Moisture Management for Consistent Plastics Processing
SAXADRY™ from SAX Polymers is a specialized product family of high-performance drying batches designed to reduce residual moisture in hygroscopic plastics during processing. This significantly minimizes typical moisture-related problems such as hydrolysis, surface defects, blistering, loss of viscosity, and deterioration of mechanical properties.
SAXADRY™ offers a cost-effective and flexible solution when additional material drying is required or existing drying processes need to be optimized.
Grässlin Kunststoffe offers SAXADRY™ drying batches for stable and efficient plastics processing in a wide variety of applications.
Properties of the SAXADRY™ drying batch
SAXADRY™ stands out thanks to its functional and process-optimized property profile:
- Reducing Residual Moisture in the Plastic Melting Process
- Improvement in Surface Quality
- Minimizing bubbles, streaks, and silver streaks
- Stabilization of Mechanical Properties
- Reduction of hydrolytic damage to sensitive polymers
- Excellent dosing control and easy integration
- Compatible with various polymer matrices
- Business Process Optimization
Advantages in the Manufacturing Process
SAXADRY™ offers clear advantages in production:
- Greater process reliability for moisture-sensitive plastics
- Reduced Scrap and Rework
- Improved Component Quality
- Support for Fluctuating Raw Material Moisture Content
- Supplementing or Reducing the Load on Existing Drying Systems
- Greater reproducibility in series production
Suitable Types of Plastic
SAXADRY™ is particularly suitable for hygroscopic plastics such as:
- PA (polyamide)
- PET / PBT
- PC (polycarbonate)
- ABS/PC Blends
- TPU / TPEE
- Other engineering plastics, depending on the application
Typical Applications
SAXADRY™ is used in numerous industries:
- Automotive Industry: Technical Visual and Functional Components
- Electrical & Electronics: Precision Enclosures and Connector Systems
- Industry & Mechanical Engineering: Components Subject to Mechanical Stress
- Home Appliances: High-Quality Surface Components
- Recycling Applications: Support for Fluctuating Material Moisture Content
Processing and Technical Advantages
SAXADRY™ is simply added to the base material and is suitable for:
- Injection Molding
- Extrusion
- Compounding Processes
The batch enables rapid integration without the need for extensive process changes and improves production stability.
Why buy SAXADRY™ from Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for functional additive solutions:
- Access to the SAX Polymers SAXADRY™ Portfolio
- Customized Consulting on Moisture Management and Process Optimization
- Technical Support for Material and Dosing Selection
- High availability and flexible delivery options
- Project support from the testing phase through to production use
With its extensive expertise, Grässlin helps customers optimize their plastics processing and component quality.
SAXADRY™ – Greater process reliability through controlled moisture
SAXADRY™ drying batch from SAX Polymers is the ideal solution for applications where material moisture content, surface quality, and process stability are critical. The product supports cost-effective and reliable plastics processing.
Get advice now: Our experts will help you select the optimal SAXADRY™ drying batch for your project.
STARFLAM™ PA Flame-Retardant Compounds from Ascend Performance Materials – Safe, High-Performance Polyamides for Demanding Applications
STARFLAM™ from Ascend Performance Materials is a high-performance family of flame-retardant polyamide (PA) compounds specifically designed for applications where fire safety, mechanical strength, temperature resistance, and electrical safety are key considerations.
The materials are based on high-quality polyamides such as PA6, PA66, and other engineering PA systems, and incorporate state-of-the-art flame-retardant technologies. This makes STARFLAM™ ideal for applications in electrical engineering, e-mobility, industry, and the automotive sector.
Grässlin Kunststoffe offers STARFLAM™ compounds for demanding technical applications with the highest safety requirements.
Properties of STARFLAM™ PA Flame-Retardant Compounds
STARFLAM™ stands out thanks to its high-performance and versatile set of properties:
- Effective Flame Retardant Systems for Safety-Critical Applications
- High mechanical strength and stiffness
- Very good heat resistance
- Good impact resistance
- Excellent electrical insulation properties
- Good chemical resistance
- High dimensional stability
- Excellent workability
Depending on the model, versions are available with:
- PA6- or PA66-based
- Halogen-free or specialized flame-retardant systems
- Fiberglass Reinforcement (GF)
- Improved CTI and tracking resistance
- Heat stabilization for long-term use
- Custom Color and Additive Solutions
Advantages over standard polyamides
STARFLAM™ offers clear advantages over unfilled standard PA grades:
- Improved Fire Safety and Compliance with Standards
- Better suitability for electrical components
- Mechanical strength even at elevated temperatures
- High long-term performance in safety-critical applications
- Suitable for miniaturization and complex components
Typical Applications
STARFLAM™ PA flame-retardant compounds are used in numerous industries:
- Electrical & Electronics: Connectors, Switches, Enclosures, Fuse Components
- E-Mobility: Charging Infrastructure, High-Voltage Components, Battery Proximity
- Automotive Industry: Sensors, Electrical Assemblies, Engine Compartment Parts
- Industry & Mechanical Engineering: Control Technology, Enclosures, Functional Parts
- Household Appliances: Electrical Components Subject to Heat Stress
Processing and Technical Advantages
STARFLAM™ can be processed efficiently and reliably:
- Injection Molding for Complex Precision Components
- Extrusion for Special Technical Applications
These materials enable cost-effective mass production with high process stability, precision, and consistent quality.
Why buy STARFLAM™ through Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for high-performance engineering plastics:
- Access to the Ascend Performance Materials STARFLAM™ Portfolio
- Customized Consulting for Flame-Retardant PA Applications
- Technical support for material selection and component design
- High availability and flexible delivery options
- Project support from development through to mass production
With its extensive expertise, Grässlin helps customers implement safe, high-performance, and cost-effective plastic solutions.
STARFLAM™ – Flame-Retardant Polyamides for Modern Technology
STARFLAM™ PA flame-retardant compounds from Ascend Performance Materials are the ideal choice for applications where fire safety, mechanical performance, electrical safety, and long-term durability are critical. The material offers advanced solutions for demanding technical markets.
Get advice now: Our experts will help you select the best STARFLAM™ material for your project.
VYDYNE™ PA Drinking Water Compounds from Ascend Performance Materials – Polyamide Solutions for Safe Water Applications
VYDYNE™ from Ascend Performance Materials is a high-quality product family of engineering polyamide (PA) compounds, which has also been developed in specialized grades for drinking water applications. These materials meet stringent requirements for mechanical strength, long-term durability, hydrolytic resistance, and regulatory compliance for contact with drinking water.
VYDYNE™ PA drinking water compounds are ideal for applications in plumbing, water treatment, faucets, pump systems, and technical installations where safety and reliability are critical.
Grässlin Kunststoffe offers VYDYNE™ materials for demanding applications in the fields of drinking water and industrial fluid handling.
Properties of VYDYNE™ PA Drinking Water Compounds
VYDYNE™ stands out thanks to its high-performance and specially tailored property profile:
- Suitable for drinking water applications (depending on type and approval)
- High mechanical strength and stiffness
- Excellent resistance to hydrolysis and moisture
- Good temperature resistance
- Excellent dimensional stability
- High impact strength
- Good chemical resistance
- Excellent workability
Depending on the model, versions are available with:
- PA6- or PA66-based
- Fiberglass Reinforcement (GF)
- Heat and Hydrolysis Stabilization
- Specific approvals for contact with drinking water
- Custom Color and Additive Solutions
Benefits for Drinking Water Applications
VYDYNE™ offers clear advantages for water-carrying systems:
- Long-term durability when exposed to moisture and hot water
- High compressive strength and tensile strength
- A corrosion-free alternative to metal components
- Weight reduction compared to metal-based solutions
- High design flexibility for complex components
- Suitable for modern plumbing and installation systems
Typical Applications
VYDYNE™ PA drinking water compounds are used in a wide range of applications:
- Plumbing Technology: Fittings, Valves, Connectors
- Water Treatment: Housings, Functional Parts, Connections
- Building Services: Piping System Components, Couplings, Fittings
- Pump Technology: Impellers, Housing Components, Fluid Path
- Industry: Technical fluid systems with high performance requirements
Processing and Technical Advantages
VYDYNE™ can be processed efficiently and reliably:
- Injection Molding for Complex Precision Components
- Extrusion for Specialty Profiles and Technical Semi-Finished Products
These materials enable cost-effective mass production with high quality, precision, and long-term performance.
Why buy VYDYNE™ through Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for high-performance engineering plastics:
- Access to the Ascend Performance Materials VYDYNE™ Portfolio
- Customized Consulting for Drinking Water and Media Applications
- Technical support for material selection and component design
- High availability and flexible delivery options
- Project support from development through to mass production
With its extensive expertise, Grässlin helps customers implement safe, durable, and cost-effective plastic solutions.
VYDYNE™ – High-Performance Polyamide for Modern Drinking Water Systems
VYDYNE™ PA drinking water compounds from Ascend Performance Materials are the ideal choice for applications where safety, hydrolytic resistance, mechanical strength, and regulatory compliance are critical. The material offers advanced solutions for high-quality water applications.Get advice now: Our experts will help you select the optimal VYDYNE™ material for your project.
BIOCELAIN® PBS Compounds from Exibnos – Biodegradable Material Solutions for Sustainable Applications
BIOCELAIN® from Exibnos is an innovative product family of high-performance PBS compounds based on polybutylene succinate (PBS). These materials were specifically developed for applications where biodegradability, sustainability, good processability, and reliable technical properties are key considerations.
PBS is a modern bio-based and biodegradable polyester that offers an attractive alternative to conventional plastics in numerous applications. Through targeted compounding, customized BIOCELAIN® solutions are created for industry, packaging, and consumer goods.
Grässlin Kunststoffe offers BIOCELAIN® PBS compounds for forward-looking and sustainable plastic applications.
Properties of BIOCELAIN®
BIOCELAIN® stands out for its modern and sustainable properties:
- Biodegradable (depending on the standard and application)
- Partially bio-based, depending on the type
- Good flexibility and impact resistance
- Excellent workability
- Good heat resistance compared to other biopolymers
- Good surface quality
- Excellent printability and design options
- Suitable for industrial composting solutions, depending on the type
Depending on the model, the following are available:
- Filled or Reinforced Types
- Flexible or stiffer formulations
- Optimized flow properties for injection molding or extrusion
- Custom Color and Additive Solutions
Advantages over conventional plastics
BIOCELAIN® offers clear advantages for sustainable product strategies:
- Reduction in the use of fossil fuels
- Improved Environmental Performance
- Biodegradable Alternatives to Standard Plastics
- Enhancing a company's image through the use of sustainable materials
- Suitable for modern ESG and circular economy strategies
- Can be used in existing manufacturing processes
Typical Applications
BIOCELAIN® PBS compounds are used in a wide range of applications:
- Packaging Industry: Sustainable Packaging, Single-Use and Reusable Solutions
- Consumer Goods: Eco-Friendly Everyday Products
- Agriculture: Biodegradable Technical Applications
- Household Goods: Sustainable Design Products
- Industry: Technical Components with a Focus on Sustainability
Processing and Technical Advantages
BIOCELAIN® can be processed efficiently by:
- Injection Molding
- Extrusion
- Film and Profile Manufacturing
- Thermoforming Applications
These materials enable cost-effective mass production with a sustainable material profile.
Why should you purchase BIOCELAIN® through Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for sustainable material solutions:
- Access to the Exibnos BIOCELAIN® Portfolio
- Customized Consulting on Biopolymers and Sustainable Applications
- Technical support for material selection and product development
- High availability and flexible delivery options
- Project Support from Development to Production
With its extensive expertise, Grässlin supports customers in implementing modern, sustainable plastics strategies.
BIOCELAIN® – Sustainable PBS Performance for Modern Products
BIOCELAIN® PBS compounds from Exibnos are the ideal choice for applications where biodegradability, processability, and sustainability are critical. The material offers modern solutions for environmentally conscious markets and innovative product concepts.
Get advice now: Our experts will help you select the best BIOCELAIN® material for your project.
SKYPEL™ TPE-E (Polyester), ECO, FX-R from SK Chemicals – High-performance elastomers for dynamic and sustainable applications
SKYPEL™ from SK Chemicals is a high-performance family of thermoplastic elastomers based on TPE-E (thermoplastic polyester elastomers). These materials combine the flexibility of traditional elastomers with the mechanical strength and processability of engineering thermoplastics.
The ECO and FX-R product lines expand the portfolio with sustainable and functionally optimized solutions, such as those containing recycled materials or offering special performance characteristics.
SKYPEL™ is ideal for applications that require elasticity, resilience, temperature resistance, and durability.
Grässlin Kunststoffe offers SKYPEL™ materials for demanding applications in the automotive, industrial, consumer goods, and electronics sectors.
Properties of SKYPEL™ TPE-E
SKYPEL™ stands out thanks to its versatile and high-performance characteristics:
- High elasticity and flexibility
- Excellent resilience even under continuous stress
- High resistance to abrasion and wear
- Very good impact resistance
- Good resistance to chemicals and oil
- Wide temperature range
- Excellent dynamic and fatigue resistance
- Thermoplastically processable and recyclable
Product Variants at a Glance
SKYPEL™ Standard TPE-E
- For technical applications involving high mechanical stress
- A good balance of flexibility and strength
SKYPEL™ ECO
- Sustainable models with recycled content or an optimized environmental profile
- For companies focused on ESG and the circular economy
SKYPEL™ FX-R
- Specialty grades with enhanced properties, such as improved processability, performance, or specific flexibility
- For demanding industrial applications
Advantages over traditional elastomers
SKYPEL™ offers clear advantages over rubber or standard TPE:
- Easier and faster to process than cross-linked rubber
- Recyclable and reusable
- High fatigue strength under dynamic loading
- Shorter cycle times in production
- Suitable for two-component and multi-component applications
Typical Applications
SKYPEL™ is used in numerous industries:
- Automotive Industry: Bellows, Seals, Air Ducts, Protective Components
- Industry & Mechanical Engineering: Hoses, Damping Elements, Drive Components
- Electrical & Electronics: Flexible Functional Parts, Cable Protection
- Sports & Leisure: Durable, Elastic Components
- Household Appliances: Movable and Vibration-Damping Components
Processing and Technical Advantages
SKYPEL™ can be applied efficiently by:
- Injection Molding
- Extrusion
- 2K Injection Molding / Overmolding
These materials enable cost-effective mass production with high component performance and a long service life.
Why buy SKYPEL™ through Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for technical elastomer solutions:
- Access to the SK Chemicals SKYPEL™ Portfolio
- Customized Consulting for TPE-E Applications
- Technical support for material selection and component design
- High availability and flexible delivery options
- Project support from development through to mass production
Drawing on its extensive expertise, Grässlin supports customers in implementing high-performance, sustainable, and cost-effective elastomer solutions.
SKYPEL™ – Dynamic Performance with Sustainable Options
SKYPEL™ TPE-E (polyester), ECO, and FX-R from SK Chemicals are the ideal choice for applications that require flexibility, mechanical strength, abrasion resistance, and sustainability. The material offers advanced solutions for dynamic technical applications.
Get advice now: Our experts will help you select the best SKYPEL™ material for your project.
SKYPURA™ PCT (polyester), GF, flame retardant from SK Chemicals – High-temperature-resistant precision materials for electronics and industry
SKYPURA™ from SK Chemicals is a high-performance family of engineering materials based on PCT (polycyclohexylene dimethylene terephthalate), a high-temperature-resistant polyester with excellent dimensional stability and very good electrical properties.
Thanks to variants featuring glass fiber reinforcement (GF) and flame-retardant systems, SKYPURA™ is particularly well-suited for applications that require thermal resistance, dimensional stability, electrical safety, and precise processing.
SKYPURA™ is an ideal solution for modern applications in electric mobility, electronics, connector systems, and industrial components.
Grässlin Kunststoffe offers SKYPURA™ materials for demanding technical applications with high quality standards.
Properties of SKYPURA™ PCT
SKYPURA™ stands out thanks to its high-quality performance characteristics:
- High heat resistance and temperature stability
- Very low water absorption
- Excellent dimensional accuracy and dimensional stability
- Excellent electrical insulation properties
- Good chemical resistance
- High stiffness and mechanical strength
- Very good surface quality
- High process stability in mass production
Product Variants at a Glance
SKYPURA™ Standard PCT
- For precision engineering components subjected to high temperatures
- A good balance between mechanical and electrical properties
SKYPURA™ GF (glass fiber-reinforced)
- Increased stiffness and strength
- Improved dimensional stability under load
- Ideal for precision structural components
SKYPURA™ Flame Retardant
- For applications with heightened safety requirements
- Suitable for electrical and electronic components
- Depending on the type, with standard fire resistance ratings
Advantages over standard PBT or PET
SKYPURA™ offers clear advantages over traditional polyester materials:
- Higher temperature resistance
- Improved dimensional stability in humid and hot conditions
- Lower water absorption than PA
- Ideal for SMT, electronics, and connector applications
- Excellent long-term performance under thermal stress
Typical Applications
SKYPURA™ is used in numerous high-end applications:
- Electrical & Electronics: Connectors, Coil Forms, Enclosures, Switches
- E-Mobility: High-Voltage Components, Sensors, Charging Infrastructure
- Industry & Mechanical Engineering: Precision Components with Temperature Requirements
- Automotive Industry: Electronics Components Near the Engine
- Household Appliances: Heat-Stressed Functional Parts
Processing and Technical Advantages
SKYPURA™ can be applied efficiently thanks to:
- Injection Molding for Complex Precision Components
- Extrusion for Special Applications and Semi-Finished Products
These materials enable cost-effective mass production with high precision, minimal deformation, and consistent quality.
Why buy SKYPURA™ from Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for high-performance engineering plastics:
- Access to the SK Chemicals SKYPURA™ Portfolio
- Customized Consulting for PCT, GF, and FR Applications
- Technical support for material selection and component design
- High availability and flexible delivery options
- Project support from development through to mass production
Drawing on its extensive expertise, Grässlin helps customers implement high-performance, future-proof plastic solutions.
SKYPURA™ – High-Performance PCT for Electronics and Precision Applications
SKYPURA™ PCT (polyester), GF, and flame-retardant grades from SK Chemicals are the ideal choice for applications where temperature resistance, dimensional stability, electrical safety, and long-term performance are critical. The material offers advanced solutions for demanding technical markets.
Get advice now: Our experts will help you select the best SKYPURA™ material for your project.
SKYTRA™ PET-FR Compounds from SK Chemicals – Flame-retardant polyester solutions for safe electronics and technology
SKYTRA™ from SK Chemicals is a high-performance product family of engineering PET-FR compounds based on polyethylene terephthalate (PET) with integrated flame-retardant systems. These materials were specifically developed for applications where electrical safety, dimensional stability, mechanical strength, and cost-effective processing are key considerations.
SKYTRA™ combines the advantages of PET—such as rigidity, low water absorption, and good surface quality —with the requirements of modern fire safety standards for technical components.
Grässlin Kunststoffe offers SKYTRA™ PET-FR compounds for demanding applications in electronics, e-mobility, industrial applications, and household appliances.
Properties of SKYTRA™ PET-FR Compounds
SKYTRA™ stands out for its balanced and high-performance characteristics:
- Flame-retardant formulations for safety-critical applications
- High stiffness and mechanical strength
- Excellent dimensional stability and dimensional accuracy
- Low water absorption
- Excellent electrical insulation properties
- Good heat resistance
- Very good surface quality
- High process stability in mass production
Depending on the model, versions are available with:
- Fiberglass reinforcement (GF) for increased strength and stiffness
- Halogen-free or specific flame-retardant systems
- Improved CTI and electrical performance
- Custom color and design solutions
Advantages over standard PET or other polyester materials
SKYTRA™ offers clear advantages for technical applications:
- Improved fire safety compared to standard PET
- Better dimensional stability than many polyamides when exposed to moisture
- High-quality surfaces for visible components
- A cost-effective alternative to high-performance polymers in many applications
- Ideal for precision electrical components
Typical Applications
SKYTRA™ PET-FR compounds are used in numerous industries:
- Electrical & Electronics: Connectors, Enclosures, Switches, Coil Forms
- E-Mobility: Charging Infrastructure, Sensors, Electrical Components
- Industry & Mechanical Engineering: Technical Enclosures and Functional Parts
- Household Appliances: Electrical Components Subject to Heat Stress
- Automotive Industry: Electronic Functional Components
Processing and Technical Advantages
SKYTRA™ can be installed efficiently thanks to:
- Injection Molding for Complex Precision Components
- Extrusion for Special Technical Applications
These materials enable cost-effective mass production with high process reliability, precision, and consistent quality.
Why should you purchase SKYTRA™ through Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for high-performance engineering plastics:
- Access to the SK Chemicals SKYTRA™ Portfolio
- Customized Consulting for PET-FR Applications
- Technical support for material selection and component design
- High availability and flexible delivery options
- Project support from development through to mass production
With its extensive expertise, Grässlin helps customers implement safe, high-performance, and cost-effective plastic solutions.
SKYTRA™ – Reliable PET Performance for Modern Technology
SKYTRA™ PET-FR compounds from SK Chemicals are the ideal choice for applications where flame retardancy, dimensional stability, electrical safety, and cost-effectiveness are critical. The material offers advanced solutions for demanding technical markets.
Get advice now: Our experts will help you select the best SKYTRA™ material for your project.
DIC PPS™ from SunChemical – branched and unbranched PPS for high-temperature and precision applications
DIC PPS™ from SunChemical is a high-quality family of engineering materials based on PPS (polyphenylene sulfide). The materials are available in branched and linear grades and were developed for applications that require extreme temperature resistance, chemical resistance, dimensional stability, and high long-term performance.
PPS is one of the most important high-performance plastics for demanding industrial applications. Thanks to its various molecular structures, DIC PPS™ offers customized solutions for injection molding, extrusion, compounding, and precision components.
Grässlin Kunststoffe offers DIC PPS™ materials for high-end applications in the electronics, automotive, industrial, and energy sectors.
Properties of DIC PPS™
DIC PPS™ stands out for its exceptional high-performance characteristics:
- Very high temperature resistance
- Excellent chemical resistance
- Very low water absorption
- High dimensional stability and dimensional accuracy
- Inherent Flame Resistance
- Excellent electrical insulation properties
- High stiffness and strength
- Long-term durability under thermal stress
Product Variants at a Glance
DIC PPS™ Unbranched (Linear PPS)
- High toughness and good melt flowability
- Very well suited for precision injection molding
- Good weldability and surface quality
- Ideal for complex part geometries
DIC PPS™ Branched (Branched PPS)
- Higher melt strength
- Very well suited for extrusion and compounding
- Improved dimensional stability under thermal stress
- Suitable for profiles, films, and special applications
Advantages Over Standard Plastics
DIC PPS™ offers clear advantages in demanding applications:
- Significantly higher temperature resistance than PA, PBT, or PET
- Better chemical resistance compared to many engineering plastics
- High dimensional stability even when exposed to moisture
- Suitable as a substitute for metal in many applications
- Long service life under extreme conditions
Typical Applications
DIC PPS™ is used in numerous high-tech industries:
- Automotive Industry: Pump Parts, Sensor Housings, Engine Compartment Components
- Electrical & Electronics: Connectors, Coil Forms, Switches
- Industry & Mechanical Engineering: Precision Components, Valves, Housings
- Energy: Components Subject to High Thermal and Chemical Stress
- Household Appliances: Heat-Stressed Functional Parts
Processing and Technical Advantages
DIC PPS™ can be processed efficiently thanks to:
- Injection Molding for Precision Components
- Extrusion for Profiles, Films, and Semi-Finished Products
- Compounding for Custom Property Profiles
These materials enable cost-effective mass production with high precision and exceptional long-term performance.
Why buy DIC PPS™ from Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for high-performance plastics:
- Access to the SunChemical DIC PPS™ Portfolio
- Customized Consulting for High-Temperature and PPS Applications
- Technical support for material selection and component design
- High availability and flexible delivery options
- Project Support from Development to Production
Drawing on its extensive expertise, Grässlin helps customers implement high-performance, cost-effective solutions.
DIC PPS™ – Maximum Performance for Extreme Operating Conditions
DIC PPS™ branched and unbranched PPS from SunChemical are the ideal choice for applications where temperature resistance, chemical resistance, precision, and long-term stability are critical. The material offers premium solutions for modern technical markets.
Get advice now: Our experts will help you select the best DIC PPS™ material for your project.
DIC PPS™ CF- and GF-modified by SunChemical – Reinforced, high-performance PPS materials for extreme applications
SunChemical’s DIC PPS™ is a high-quality product family of engineering PPS (polyphenylene sulfide) compounds, available in carbon fiber-reinforced (CF) and glass fiber-reinforced (GF) variants. These materials were specifically developed for applications requiring maximum stiffness, high temperature resistance, chemical resistance, and precise dimensional stability.
By combining the excellent inherent properties of PPS with high-performance reinforcing fibers, materials are created for the most demanding applications in the automotive, electronics, industrial, energy, and e-mobility sectors.
Grässlin Kunststoffe offers DIC PPS™ CF- and GF-modified solutions for high-end applications with the most demanding technical requirements.
Properties of DIC PPS™ CF- and GF-modified
DIC PPS™ stands out for its exceptional high-performance characteristics:
- Very high temperature resistance
- Excellent chemical resistance
- Very low water absorption
- High dimensional stability even under load
- Inherent Flame Resistance
- Excellent electrical properties (depending on the type)
- High long-term durability under thermal stress
- Excellent process stability
Product Variants at a Glance
DIC PPS™ GF (glass-fiber-reinforced)
- High stiffness and mechanical strength
- Excellent dimensional accuracy
- Good cost-effectiveness compared to CF models
- Ideal for precision structural components
DIC PPS™ CF (carbon fiber-reinforced)
- Maximum stiffness with low weight
- Very low thermal expansion
- High dimensional stability even under temperature fluctuations
- Ideal for high-end lightweight construction applications
Advantages over standard plastics and metal
DIC PPS™ CF/GF offers clear advantages:
- Significantly higher temperature resistance than PA, PBT, or PET
- Better chemical resistance than many engineering thermoplastics
- Weight reduction compared to metal components
- Corrosion resistance
- High precision and minimal deformation
- Long service life under extreme operating conditions
Typical Applications
DIC PPS™ CF- and GF-modified is used in numerous high-tech industries:
- Automotive Industry: Pump housings, sensors, engine compartment parts, e-mobility components
- Electrical & Electronics: Connectors, Coil Forms, Precision Enclosures
- Industry & Mechanical Engineering: Valves, Precision Parts, Functional Units
- Energy: Components Subject to High Thermal and Chemical Stress
- Aviation & Specialized Engineering: Lightweight Structural and Functional Components
Processing and Technical Advantages
DIC PPS™ can be processed efficiently thanks to:
- Injection Molding for Complex Precision Components
- Compounding for Custom Property Profiles
- Extrusion for Special Applications, Depending on the Type
These materials enable cost-effective mass production with high dimensional accuracy and exceptional performance.
Why buy DIC PPS™ from Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for high-performance plastics:
- Access to the SunChemical DIC PPS™ Portfolio
- Customized Consulting for CF, GF, and High-Temperature Applications
- Technical support for material selection and component design
- High availability and flexible delivery options
- Project Support from Development to Production
Drawing on its extensive expertise, Grässlin helps customers implement high-performance, cost-effective solutions.
DIC PPS™ – Enhanced PPS Performance for the Most Demanding Applications
DIC PPS™ CF- and GF-modified by SunChemical are the ideal choice for applications where stiffness, temperature resistance, precision, and chemical resistance are critical. The material offers premium solutions for modern engineering markets and extreme operating conditions.
Get advice now: Our experts will help you select the best DIC PPS™ material for your project.
PEEK™, PEEK, CF & GF, tribologically optimized by Victrex – High-performance materials for extreme conditions
Victrex’s PEEK™ is a globally recognized product family based on polyetheretherketone (PEEK) —one of the highest-performance thermoplastics available. These materials are specifically designed for applications that require extreme temperatures, exceptional mechanical strength, chemical resistance, and a long service life.
The portfolio includes unreinforced PEEK grades, carbon fiber-reinforced (CF) and glass fiber-reinforced (GF) variants, as well as tribologically optimized compounds for high-stress sliding and wear applications.
Grässlin Kunststoffe offers Victrex PEEK™ solutions for the most demanding applications in industry, medical technology, aerospace, automotive, and energy.
Properties of Victrex PEEK™
PEEK™ stands out for its exceptional high-performance characteristics:
- Very high continuous operating temperature (up to approx. 260 °C)
- Excellent mechanical strength and stiffness
- Excellent creep and fatigue resistance
- Excellent chemical resistance to aggressive media
- High resistance to hydrolysis and steam
- Inherent flame resistance and low smoke emission
- Excellent electrical properties
- Excellent dimensional stability
Product Variants at a Glance
Unreinforced PEEK™
- High toughness and chemical resistance
- Ideal for precision components and insulation applications
PEEK™ CF (carbon fiber-reinforced)
- Very high stiffness and strength
- Reduced thermal expansion
- Ideal for lightweight construction and structural components
PEEK™ GF (glass fiber-reinforced)
- High strength combined with good cost-effectiveness
- Excellent dimensional accuracy
- Suitable for technical mass-produced components
Tribologically Optimized Types
- Optimized friction and sliding properties
- Very high wear resistance
- Ideal for bearings, seals, guides, and dynamic systems
Advantages Over Metal and Standard Plastics
PEEK™ offers clear advantages in demanding applications:
- Weight reduction compared to metal
- Corrosion resistance
- Low-maintenance tribological systems
- Higher temperature resistance than standard plastics
- Longer service life under extreme conditions
- High design flexibility for complex geometries
Typical Applications
Victrex's PEEK™ is used in high-end industries:
- Aerospace: Structural components, cable management, insulation components
- Automotive Industry & E-Mobility: Transmissions, Seals, High-Voltage Components
- Medical Technology: Instruments, implant-related components (depending on the type)
- Industry & Mechanical Engineering: Bearings, Valves, Pump Parts, Guides
- Energy & Oil/Gas: Components Subject to High Temperatures and Chemical Exposure
Processing and Technical Advantages
PEEK™ can be processed using appropriate high-temperature technology:
- Injection Molding for Precision Components
- Extrusion for semi-finished products, profiles, and films
- Machining of Semi-Finished Products into Complex Parts
These materials enable the cost-effective production of high-strength precision components with a long service life.
Why buy PEEK™ from Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for high-performance plastics:
- Access to the Victrex PEEK™ Portfolio
- Customized Consulting for High-Temperature and Tribology Applications
- Technical support for material selection and component design
- High availability and flexible delivery options
- Project Support from Development to Production
Drawing on its extensive expertise, Grässlin helps customers implement high-performance and cost-effective high-end plastic solutions.
PEEK™ – Maximum Performance for Extreme Operating Conditions
PEEK™, PEEK, CF & GF, and tribologically optimized grades from Victrex are the ideal choice for applications where temperature resistance, superior mechanical performance, chemical resistance, and wear resistance are critical. The material offers premium solutions for state-of-the-art engineering applications.
Get advice now: Our experts will help you select the best PEEK™ material for your project.
APTIV™ PEEK Film from Victrex – High-Performance Films for Extreme Conditions
APTIV™ from Victrex is a leading product family of high-performance PEEK films (polyetheretherketone / PEEK film) specifically designed for applications requiring the highest levels of temperature resistance, electrical insulation, chemical resistance, and dimensional stability.
As a PEEK-based high-performance film, APTIV™ combines the exceptional properties of the material with the advantages of precision film processing. This makes APTIV™ ideal for high-end applications in electronics, medical technology, aerospace, industry, and mobility.
Grässlin Kunststoffe offers APTIV™ PEEK film for the most demanding technical applications with the highest quality standards.
Properties of APTIV™ PEEK Film
APTIV™ stands out for its exceptional high-performance profile:
- Very high continuous operating temperature (up to approx. 260 °C)
- Excellent dimensional stability, even when exposed to heat
- Excellent electrical insulation properties
- Excellent chemical resistance
- Very low moisture absorption
- High resistance to radiation and sterilization
- Inherent Flame Resistance
- High mechanical strength and tear resistance
- Excellent resistance to wear and fatigue
Advantages Over Standard Films
APTIV™ offers clear advantages over standard plastic films:
- Significantly higher temperature resistance than PET, PI, or PPS in many applications
- Long-term performance under thermal and mechanical stress
- Excellent electrical properties for insulation systems
- Chemical and Media Resistance for Demanding Environments
- Lightweight compared to metal-based solutions
- Ideal for miniaturization and sophisticated designs
Typical Applications
APTIV™ PEEK film is used in numerous high-tech industries:
- Electrical & Electronics: Insulation films, flexible printed circuit boards, battery components
- E-Mobility: Cell Isolation, High-Voltage Systems, Motor Components
- Aerospace: Lightweight insulation, high-temperature applications
- Medical Technology: Sterilizable Components, Diagnostic and Medical Device Systems
- Industry: Membranes, Sealing Systems, Wear-Resistant Films
Processing and Technical Advantages
APTIV™ offers a wide range of processing options:
- Punching and Cutting
- Thermoforming
- Laminating
- Lamination
- Coating and Metallization
- Precision Manufacturing for Electronic Applications
These films enable the cost-effective production of complex, high-performance components with a long service life.
Why buy APTIV™ through Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for high-performance plastics and specialty films:
- Access to the Victrex APTIV™ Portfolio
- Customized Consulting for Film and Insulation Applications
- Technical support for material selection and design
- High availability and flexible delivery options
- Project Support from Development to Production
Drawing on its extensive expertise, Grässlin supports customers in implementing high-performance and cost-effective film solutions.
APTIV™ – PEEK Film for State-of-the-Art Technology
APTIV™ PEEK film from Victrex is the ideal choice for applications where temperature resistance, electrical insulation, chemical resistance, and precision are critical. The material offers premium solutions for the most demanding markets and innovative technologies.
Get advice now: Our experts will help you select the best APTIV™ PEEK film for your project.
PEEK-CLASSIX™ for Medical Applications from Victrex – High-Performance Materials for Healthcare and Medical Technology
Victrex’s PEEK-CLASSIX™ is a specialized product family of medical-grade materials based on PEEK (polyetheretherketone), developed for demanding medical, healthcare, and life sciences applications. These materials combine the exceptional properties of PEEK with high standards for biocompatibility, sterilizability, purity, traceability, and long-term performance.
PEEK-CLASSIX™ is ideal for applications where mechanical strength, chemical resistance, and the highest quality standards are critical.
Grässlin Kunststoffe offers PEEK-CLASSIX™ solutions for innovative medical devices and high-quality medical technology components.
Properties of PEEK-CLASSIX™
PEEK-CLASSIX™ stands out for its exceptional high-performance characteristics:
- Very high mechanical strength and stiffness
- High impact strength and fatigue resistance
- Excellent chemical resistance
- Resistant to cleaning and disinfecting agents
- High resistance to hydrolysis and steam sterilization
- Very low moisture absorption
- Excellent dimensional stability
- Biocompatible material solutions depending on the type
- Traceability and high material consistency
Benefits for Medical Applications
PEEK-CLASSIX™ offers clear advantages over metal and standard plastics:
- Lightweight compared to metal components
- Corrosion-free and resistant to various media
- Repeatable sterilizability (e.g., steam, gamma, ETO—depending on the application)
- Radiopacity in Selected Applications
- Long service life even with repeated use
- Precision Manufacturing of Complex Components
- Pleasant feel and design flexibility
Typical Applications
PEEK-CLASSIX™ is used in numerous medical technology fields:
- Surgical Instruments
- Dental Technology
- Diagnostic and Laboratory Equipment
- Reusable Medical Devices
- Orthopedic and implant-related components (depending on approval)
- Equipment Enclosures and Precision Parts
- Healthcare components with sterilization requirements
Processing and Technical Advantages
PEEK-CLASSIX™ can be processed in a variety of ways:
- Injection Molding for Production Parts
- Extrusion for semi-finished products, profiles, and special shapes
- CNC Machining of Semi-Finished Products for Precision Parts
These materials enable the cost-effective manufacture of high-quality medical devices with a high degree of process reliability.
Why purchase PEEK-CLASSIX™ from Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for high-performance plastics in regulated markets:
- Access to the Victrex PEEK-CLASSIX™ Portfolio
- Customized Consulting for Medical and Healthcare Applications
- Technical support for material selection and design
- High availability and flexible delivery options
- Project support from development through to mass production
With its extensive expertise, Grässlin supports customers in implementing innovative and reliable medical technology solutions.
PEEK-CLASSIX™ – Premium PEEK for Modern Medical Technology
PEEK-CLASSIX™ from Victrex is the ideal choice for applications where biocompatibility, sterilizability, precision, and long-term performance are critical. The material offers premium solutions for modern healthcare and medical markets.
Get advice now: Our experts will help you select the ideal PEEK-CLASSIX™ material for your medical project.
ACANO® Cleaning Granules – Efficient Cleaning Solutions for Injection Molding, Extrusion, and Plastics Processing
ACANO® Cleaning Granules is a high-performance product family of specialized purging compounds, designed for the fast and efficient cleaning of injection molding machines, extrusion lines, hot runner systems, and plastic processing equipment.
These products are ideal for applications where the focus is on color changes, material changes, reducing equipment downtime, minimizing scrap, and increasing process reliability. ACANO® helps companies make their production processes more cost-effective and cleaner.
Grässlin Kunststoffe offers ACANO® cleaning pellets for modern plastics manufacturing operations with high quality and efficiency requirements.
Properties of ACANO® Cleaning Granules
ACANO® stands out thanks to its functional and process-optimized property profile:
- Efficient removal of material residue and paint deposits
- Quick cleaning of the screw, barrel, and tooling systems
- Reduction of black spots and contaminants
- Suitable for color and material changes
- Support for Shorter Downtime
- Reducing Scrap During Start-up
- Easy to use without modifying the machine
- Available for various temperature ranges
Production Benefits
ACANO® offers clear economic benefits:
- Faster color changes
- Less material loss during changeovers
- Reduced machine downtime
- Greater process reliability
- Improved Product Quality
- Less manual cleaning effort
- Higher machine availability
Suitable Applications
ACANO® cleaning granules are suitable for a wide range of material systems:
- Polyolefins (PP, PE)
- ABS / ASA / SAN
- PA / PBT / PET
- PC / PC Blends
- TPU / TPE
- High-Performance Engineering Plastics (depending on the type)
Typical Applications
ACANO® is used in many industries:
- Automotive Industry: Frequent Changes in Color and Materials
- Packaging Industry: Quick Changeovers in Mass Production
- Medical Technology: High Purity Requirements
- Household Appliances: Visible Parts with High Surface Quality Requirements
- Engineered Plastic Parts: Material Changes and Production Reliability
- Masterbatch and Compounding Processes
Processing and Technical Advantages
ACANO® can be easily integrated into existing processes and is suitable for:
- Injection molding machines
- Extrusion Lines
- Blow Molding Systems
- Hot-runner systems
- Compounding Lines
These products enable cost-effective cleaning with high efficiency and minimal production loss.
Available Variants
Depending on the application, different types are available:
- Mechanically Active Cleaning Granules
- Chemically-assisted cleaning systems
- High-Temperature Types
- Food- and medical-oriented solutions (depending on the type)
- Special Types for Color Change and Black Point Removal
Why buy ACANO® through Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for process optimization in plastics processing:
- Access to the ACANO® Portfolio
- Customized Consulting for Cleaning and Changeover Processes
- Technical Support for Product Selection and Application
- High availability and flexible delivery options
- Practical support from the testing phase through to full-scale production
With its extensive expertise, Grässlin helps customers optimize their production processes and quality standards.
ACANO® – Cleaner processes, greater efficiency, fewer downtimes
ACANO® cleaning granules are the ideal solution for applications where quick color changes, reduced downtime, lower scrap rates, and clean production processes are critical. The product offers state-of-the-art solutions for cost-effective plastics processing.
Get advice now: Our experts will help you choose the best ACANO® cleaning granules for your project.
ELASTRON G™ SEBS from Elastron – High-quality TPE solutions for flexible and durable applications
ELASTRON G™ from Elastron is a high-performance family of thermoplastic elastomers based on SEBS (styrene-ethylene-butylene-styrene). These materials combine the elasticity of traditional rubber materials with the processing advantages of thermoplastics and are ideal for applications with high demands on tactile feel, flexibility, weather resistance, and design freedom.
ELASTRON G™ is particularly well-suited for applications in the automotive, consumer goods, medical technology, construction, electronics, and industrial sectors, where soft, durable, and functional materials are required.
Grässlin Kunststoffe offers ELASTRON G™ SEBS solutions for modern products with high functionality and attractive surface quality.
Properties of ELASTRON G™
ELASTRON G™ stands out thanks to its versatile and high-performance properties:
- High elasticity and resilience
- Wide range of hardness, from soft to medium-hard
- Excellent UV and weather resistance
- Good temperature resistance
- Excellent surface quality and a soft-touch feel
- Good chemical resistance
- Low-odor and phthalate-free solutions, depending on the type
- Excellent dyeability
- Recyclable and suitable for thermoplastic processing
Advantages over traditional elastomers
ELASTRON G™ offers clear advantages over vulcanized rubber:
- Faster and more cost-effective processing
- No vulcanization process required
- Recyclable and reusable
- Suitable for 2K injection molding / overmolding
- Shorter cycle times in mass production
- High Design Flexibility for Modern Products
Typical Applications
ELASTRON G™ SEBS is used in numerous industries:
- Automotive Industry: Seals, Interior Components, Soft-Touch Surfaces
- Consumer Goods: Handles, Sporting Goods, Household Products
- Electrical & Electronics: Enclosure Components, Cable Protection, Damping Parts
- Medical Technology: Flexible Components (depending on the type)
- Construction Industry: Sealing Profiles, Protective Components
- Industry: Technical elastomer components
Processing and Technical Advantages
ELASTRON G™ can be applied efficiently thanks to:
- Injection Molding
- Extrusion
- 2K Injection Molding / Overmolding
- Blow Molding (depending on the type)
These materials enable cost-effective mass production with high process reliability and excellent component quality.
Available Variants
Depending on the application, different types are available:
- Standard SEBS Compounds
- Soft-Touch Variants
- UV-stabilized outdoor applications
- Oil- and Media-Resistant Types
- Medical or consumer-oriented solutions
- Custom colors and hardness levels
Why buy ELASTRON G™ from Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for modern elastomer solutions:
- Access to the Elastron ELASTRON G™ Portfolio
- Customized Consulting for SEBS and TPE Applications
- Technical support for material selection and product design
- High availability and flexible delivery options
- Project Support from Development to Production
Drawing on its extensive expertise, Grässlin supports customers in implementing functional, cost-effective, and high-quality elastomer solutions.
ELASTRON G™ – SEBS Performance for Modern Product Concepts
ELASTRON G™ SEBS from Elastron is the ideal choice for applications where flexibility, tactile feel, UV resistance, and efficient processing are critical. The material offers versatile solutions for technical and design-oriented products.
Get advice now: Our experts will help you select the best ELASTRON G™ material for your project.
ELASTRON D™ SBS from Elastron – Flexible TPE solutions for cost-effective and versatile applications
ELASTRON D™ from Elastron is a high-performance family of thermoplastic elastomers based on SBS (styrene-butadiene-styrene). These materials combine the elasticity of traditional rubber materials with the processing advantages of thermoplastics and are particularly well-suited for applications that require softness, flexibility, a pleasant feel, and cost-effective processing.
ELASTRON D™ is ideal for applications in consumer goods, packaging, construction, industrial, automotive, and technical products where functional elastomer solutions with an attractive price-performance ratio are required.
Grässlin Kunststoffe offers ELASTRON D™ SBS materials for modern, flexible products that provide a high degree of design freedom.
Properties of ELASTRON D™
ELASTRON D™ stands out for its versatile and cost-effective performance characteristics:
- High elasticity and flexibility
- Soft to medium firmness levels available
- Excellent surface quality and a pleasant feel
- Good resilience
- Excellent dyeability
- Good workability
- Suitable for cost-effective high-volume production
- Recyclable and suitable for thermoplastic processing
Advantages over traditional elastomers
ELASTRON D™ offers clear advantages over vulcanized rubber:
- No vulcanization process required
- Faster cycle times in production
- More Cost-Effective Processing
- Recyclable and reusable
- Good design flexibility for molded parts
- Suitable for multi-component solutions
Typical Applications
ELASTRON D™ SBS is used in numerous industries:
- Consumer Goods: Handles, Soft-Touch Products, Household Goods
- Packaging: Flexible Components, Closures, Sealing Solutions
- Construction Industry: Waterproofing, Protective Profiles
- Automotive Industry: Interior Components with a Soft Feel
- Industry: Protective caps, damping elements, flexible functional parts
- Leisure & Sports: Ergonomic Products and Accessories
Processing and Technical Advantages
ELASTRON D™ can be applied efficiently thanks to:
- Injection Molding
- Extrusion
- 2K Injection Molding / Overmolding
- Blow Molding (depending on the type)
These materials enable cost-effective mass production with high process stability and excellent component quality.
Available Variants
Depending on the application, different types are available:
- Soft, soft-touch types
- Technical SBS Compounds
- Colored Design Options
- Adhesion-modified types for multicomponent solutions
- Custom hardness levels and customer-specific settings
Why buy ELASTRON D™ from Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for modern elastomer solutions:
- Access to the Elastron ELASTRON D™ Portfolio
- Customized Consulting for SBS and TPE Applications
- Technical support for material selection and product design
- High availability and flexible delivery options
- Project Support from Development to Production
Drawing on its extensive expertise, Grässlin supports customers in implementing functional, cost-effective, and attractive elastomer solutions.
ELASTRON D™ – SBS flexibility for versatile products
ELASTRON D™ SBS from Elastron is the ideal choice for applications where softness, flexibility, tactile feel, and cost-effective processing are critical. The material offers versatile solutions for modern mass-produced products.
Get advice now: Our experts will help you select the best ELASTRON D™ material for your project.
ELASTRON C™ TPV & SEBS Recompounds from Elastron – Sustainable elastomer solutions with technical performance
ELASTRON C™ from Elastron is an innovative product family of high-quality TPV and SEBS recompounds, developed for applications that prioritize sustainability, resource conservation, cost-effectiveness, and reliable technical properties.
The materials are based on refined and optimized elastomer systems that, through targeted compounding, offer an attractive performance profile for modern mass-production applications. ELASTRON C™ thus combines the advantages of thermoplastic elastomers with the requirements of a forward-looking circular economy.
ELASTRON C™ is ideal for applications in the automotive, consumer goods, construction, industrial, and technical products sectors where flexible materials with an improved sustainability profile are required.
Grässlin Kunststoffe offers ELASTRON C™ recompound solutions for modern and cost-effective elastomer applications.
Properties of ELASTRON C™
ELASTRON C™ stands out for its versatile and sustainable properties:
- Based on recycled TPV and SEBS systems
- High elasticity and flexibility
- Good resilience
- Excellent workability
- Good surface quality
- Wide range of hardness levels depending on the type
- Good weather and aging resistance (depending on the base material)
- Cost-effective material solution for mass-production applications
Overview of Material Options
ELASTRON C™ TPV Recompounds
- Good heat and weather resistance
- High long-term elasticity
- Suitable for technical sealing and outdoor applications
ELASTRON C™ SEBS Recompounds
- Excellent feel and soft-touch properties
- Good UV and weather resistance
- Ideal for handles, consumer goods, and design products
Benefits of Sustainable Recompounds
ELASTRON C™ offers clear advantages for modern material strategies:
- Reduction in the use of fossil fuels
- Improved carbon footprint compared to virgin material
- A Cost-Effective Alternative to Primary Materials
- Support for ESG and recycling goals
- Can be used in existing manufacturing processes
- An Attractive Solution for Sustainable Product Lines
Typical Applications
ELASTRON C™ is used in numerous industries:
- Automotive Industry: Seals, Interior Parts, Flexible Components
- Consumer Goods: Soft-touch products, handles, household items
- Construction Industry: Profiles, Sealing Elements, Protective Components
- Industry: Flexible Technical Components
- Leisure & Sports: Ergonomic and Durable Products
Processing and Technical Advantages
ELASTRON C™ can be applied efficiently thanks to:
- Injection Molding
- Extrusion
- 2K Injection Molding / Overmolding
- Blow Molding (depending on the type)
These materials enable cost-effective mass production with high process stability and a sustainable material profile.
Why purchase ELASTRON C™ from Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for sustainable elastomer solutions:
- Access to the Elastron ELASTRON C™ Portfolio
- Customized Consulting on Recompound and Sustainability Strategies
- Technical support for material selection and product design
- High availability and flexible delivery options
- Project Support from Development to Production
Drawing on its extensive expertise, Grässlin supports customers in implementing cost-effective and sustainable elastomer solutions.
ELASTRON C™ – Recompound Performance for Sustainable Products
ELASTRON C™ TPV and SEBS recompounds from Elastron are the ideal choice for applications where flexibility, cost-effectiveness, and sustainability are key. The material offers modern solutions for resource-efficient mass-produced products.
Get advice now: Our experts will help you select the best ELASTRON C™ material for your project.
ELASTRON V™ TPV from Elastron – High-Performance Elastomers for Demanding Sealing and Functional Applications
ELASTRON V™ from Elastron is a high-quality product family of thermoplastic TPV (Thermoplastic Vulcanizates) materials. These materials combine the elasticity and long-term performance of vulcanized rubbers with the processing advantages of thermoplastics.
ELASTRON V™ was specifically developed for applications that require weather resistance, temperature stability, long-term elasticity, chemical resistance, and cost-effective mass production. This makes the material ideal for applications in the automotive, construction, industrial, home appliance, and consumer electronics sectors.
Grässlin Kunststoffe offers ELASTRON V™ TPV solutions for durable, flexible, and high-performance components.
Properties of ELASTRON V™
ELASTRON V™ stands out for its high-quality and versatile set of properties:
- High elasticity and resilience
- Excellent heat and cold resistance
- Excellent resistance to UV, ozone, and weathering
- Excellent resistance to aging
- Good chemical and media resistance
- Low water absorption
- Very good surface quality
- Wide range of hardness levels available
- Recyclable and suitable for thermoplastic processing
Advantages Over EPDM and Rubber
ELASTRON V™ offers clear advantages over traditional elastomer solutions:
- No vulcanization process required
- Faster and more cost-effective processing
- Recyclable and reusable
- Consistent Quality in Mass Production
- Good adhesion in two-component applications with hard components
- Lighter weight compared to some rubber systems
- High design flexibility for complex components
Typical Applications
ELASTRON V™ TPV is used in numerous industries:
- Automotive Industry: Seals, Air Ducts, Cable Glands, Bellows
- Construction Industry: Window Seals, Profiles, Sealing Systems
- Household Appliances: Flexible Sealing and Protective Components
- Industry & Mechanical Engineering: Protective Components, Vibration Dampers, Flexible Functional Parts
- Electrical & Electronics: Cable Protection, Seals, Enclosure Components
- Consumer Goods: Durable Soft-Touch and Functional Products
Processing and Technical Advantages
ELASTRON V™ can be applied efficiently thanks to:
- Injection Molding
- Extrusion
- 2K Injection Molding / Overmolding
- Blow Molding (depending on the type)
These materials enable cost-effective mass production with high process stability and excellent component quality.
Available Variants
Depending on the application, different types are available:
- Standard TPV Types
- UV-stabilized outdoor applications
- Oil- and media-resistant versions
- Soft-Touch and Design Solutions
- Custom colors and hardness levels
- Custom Technical Settings
Why should you purchase ELASTRON V™ from Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for modern elastomer solutions:
- Access to the Elastron ELASTRON V™ Portfolio
- Customized Consulting for TPV and Sealing Applications
- Technical support for material selection and product design
- High availability and flexible delivery options
- Project Support from Development to Production
With its extensive expertise, Grässlin helps customers implement durable, cost-effective, and high-performance elastomer solutions.
ELASTRON V™ – TPV Performance for Long-Lasting Flexibility
ELASTRON V™ TPV from Elastron is the ideal choice for applications where weather resistance, elasticity, temperature stability, and efficient processing are critical. The material offers advanced solutions for demanding technical and industrial applications.
Get advice now: Our experts will help you select the best ELASTRON V™ material for your project.
ISOTHANE® TPU, ETPU from GRECO – High-Performance Elastomers for Dynamic and Long-Lasting Applications
ISOTHANE® from GRECO is a high-performance product family of modern elastomer materials based on TPU (thermoplastic polyurethane) and ETPU (expanded TPU). These materials were specifically developed for applications that require elasticity, abrasion resistance, energy absorption, comfort, and high mechanical strength.
While TPU is known for its robust technical components with high flexibility and wear resistance, ETPU offers a foamed material system with exceptionally high resilience, lightness, and cushioning.
ISOTHANE® is ideal for applications in sports and leisure, the automotive industry, manufacturing, consumer goods, footwear technology, and technical components.
Grässlin Kunststoffe offers ISOTHANE® materials for modern products that deliver high performance and excellent functionality.
Properties of ISOTHANE®
ISOTHANE® stands out thanks to its versatile and high-performance properties:
- High elasticity and resilience
- Excellent resistance to abrasion and wear
- High tear and tensile strength
- Very good impact resistance
- Good resistance to oils, greases, and chemicals
- Wide range of hardness levels depending on the type
- Excellent workability
- Long service life even under dynamic loads
Product Variants at a Glance
ISOTHANE® TPU
- Compact thermoplastic elastomers
- High mechanical strength
- Very good surface quality
- Ideal for technical functional parts and flexible components
ISOTHANE® ETPU
- Expanded TPU with a foamed cell structure
- Particularly light
- High energy return and cushioning
- Excellent comfort features
- Ideal for shoes, sports, and shock-absorbing applications
Advantages Over Standard Elastomers
ISOTHANE® offers clear advantages:
- Better abrasion resistance than many standard TPEs
- Higher energy absorption and rebound in ETPU
- Thermoplastically processable and recyclable
- No vulcanization process required
- High design flexibility for complex components
- Suitable for durable, premium products
Typical Applications
ISOTHANE® is used in numerous industries:
- Sports & Leisure: Soles, Cushioning Elements, Protective Components
- Footwear Industry: Midsole, Comfort Systems, Outsole
- Automotive Industry: Damping Elements, Flexible Functional Parts
- Industry & Mechanical Engineering: Rollers, Buffers, Protective Elements
- Consumer Goods: Ergonomic Products, Soft Components
- Electronics: Shock-resistant components and enclosures
Processing and Technical Advantages
ISOTHANE® can be applied efficiently by:
- Injection Molding
- Extrusion
- Foaming / Molding (ETPU)
- 2K applications, depending on the type
These materials enable cost-effective mass production with high component quality, comfort, and durability.
Why buy ISOTHANE® through Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for modern elastomer solutions:
- Access to the GRECO ISOTHANE® Portfolio
- Customized Consulting for TPU and ETPU Applications
- Technical support for material selection and product design
- High availability and flexible delivery options
- Project Support from Development to Production
Drawing on its extensive expertise, Grässlin supports customers in implementing innovative, durable, and cost-effective elastomer solutions.
ISOTHANE® – TPU performance and ETPU comfort in a single portfolio
ISOTHANE® TPU and ETPU from GRECO are the ideal choice for applications where elasticity, abrasion resistance, cushioning, and energy efficiency are critical. The material offers cutting-edge solutions for technical and comfort-oriented products.
Get advice now: Our experts will help you select the best ISOTHANE® material for your project.
ISOTHANE® TPU-LGF, PA-LGF, PP-LGF from GRECO – Long-fiber-reinforced lightweight materials for maximum load-bearing capacity
In addition to elastomer solutions, GRECO’s ISOTHANE® product line also includes high-performance LGF compounds (Long Glass Fiber / long-glass-fiber-reinforced plastics) based on TPU, PA, and PP. These materials were specifically developed for applications that require high mechanical strength, impact resistance, low weight, and dimensional stability.
The use of long glass fibers results in a significantly improved set of properties compared to standard materials reinforced with short glass fibers—ideal for metal replacement, structural components, and functionally integrated lightweight solutions.
ISOTHANE® LGF is particularly well-suited for applications in the automotive, e-mobility, industrial, construction, sports & leisure, and mechanical engineering sectors.
Grässlin Kunststoffe offers ISOTHANE® LGF materials for modern, high-performance components designed for maximum efficiency.
Properties of ISOTHANE® LGF Compounds
ISOTHANE® TPU-LGF, PA-LGF, and PP-LGF offer an exceptionally high-performance profile:
- Very high stiffness and mechanical strength
- High impact resistance even under dynamic loads
- Lightweight compared to metal
- Excellent dimensional stability
- Improved creep resistance
- High fatigue strength
- Excellent energy absorption during impact loads
- Cost-Effective Batch Processing
Product Variants at a Glance
ISOTHANE® TPU-LGF
- A combination of elasticity and structural strength
- High impact resistance and damping
- Ideal for flexible structural parts and protective components
ISOTHANE® PA-LGF
- Very high strength and heat resistance
- Good chemical resistance
- Ideal for high-performance technical components
ISOTHANE® PP-LGF
- Particularly lightweight and economical
- Good chemical resistance
- Ideal for large-volume lightweight construction applications
Advantages over standard plastics and metal
ISOTHANE® LGF offers clear advantages:
- Higher strength than unreinforced or short-glass-fiber-reinforced types
- Weight reduction compared to aluminum or steel
- Corrosion-free
- Functional integration of complex components is possible
- Reducing Assembly Effort Through Component Consolidation
- Highly suitable for modern lightweight construction concepts
Typical Applications
ISOTHANE® LGF is used in numerous industries:
- Automotive Industry: Front-end beams, seat structures, modules, mounts
- E-Mobility: Battery Systems, Structural Parts, Housing Components
- Industry & Mechanical Engineering: Technical Support Structures and Load-Bearing Functional Parts
- Sports & Leisure: Lightweight, Durable Structural Components
- Construction Industry: Durable Engineering Components
Processing and Technical Advantages
ISOTHANE® LGF can be applied efficiently by:
- Injection Molding for Complex Structural Components
- Direct compounding, depending on the system
- Hybrid construction methods using metal or other plastics
These materials enable cost-effective mass production with high component performance and low weight.
Why buy ISOTHANE® through Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for modern lightweight materials:
- Access to the GRECO ISOTHANE® LGF Portfolio
- Customized Consulting for LGF and Structural Components
- Technical support for material selection and design
- High availability and flexible delivery options
- Project Support from Development to Production
Drawing on its extensive expertise, Grässlin supports customers in the development of innovative, lightweight, and cost-effective high-performance components.
ISOTHANE® LGF – Long-Fiber Performance for Modern Lightweight Design Concepts
ISOTHANE® TPU-LGF, PA-LGF, and PP-LGF from GRECO are the ideal choice for applications where strength, light weight, impact resistance, and structural performance are critical. The material offers cutting-edge solutions for demanding technical markets.
Get advice now: Our experts will help you select the best ISOTHANE® LGF material for your project.
ENHANCE FG™ Viscosity Optimizer for Polyolefins from SASOL – Greater Efficiency and Better Processability for Modern Plastics Manufacturing
ENHANCE FG™ from SASOL is a specialized product family of high-performance viscosity modifiers and process additives for polyolefins, designed to improve melt flow, processing efficiency, and material performance in materials such as polypropylene (PP), polyethylene (PE), and related polyolefin systems.
These additives are ideal for applications that require higher productivity, better surface quality, energy savings, and optimized material properties. ENHANCE FG™ is used in both virgin material systems and recycled and compounding applications.
Grässlin Kunststoffe offers ENHANCE FG™ solutions for more cost-effective and higher-performance polyolefin processes.
Features of ENHANCE FG™
ENHANCE FG™ stands out thanks to its functional and process-optimized property profile:
- Improving Melt Flowability
- Optimizing Viscosity in the Manufacturing Process
- Reduction of shear stress in the material
- Improved surface quality of the components
- Support for Higher Output Capacities
- Improved Homogeneity in the Compound
- Energy-Saving Opportunities in Production
- Suitable for various polyolefin systems
Advantages in Processing
ENHANCE FG™ offers clear added value in modern production processes:
- Shorter cycle times in injection molding
- Higher Throughputs in Extrusion and Compounding
- Lower processing temperatures are possible
- Improved Filling of Complex Molds
- Reduced machine wear due to lower shear forces
- More stable production and greater reproducibility
Suitable Materials
ENHANCE FG™ is particularly suitable for:
- Polypropylene (PP)
- Polyethylene (PE-HD, PE-LD, LLDPE)
- Filled polyolefin compounds
- Recycled Materials / Recyclates
- Masterbatch and Additive Systems
Typical Applications
ENHANCE FG™ is used in a wide range of applications:
- Automotive Industry: PP Compounds for Interior and Structural Parts
- Packaging Industry: Films, Containers, Closures
- Household Appliances: Technical Visible and Functional Parts
- Construction Industry: Pipes, Profiles, Technical Components
- Recycling Industry: Optimizing PCR and PIR Materials
- Compounding: Customized Material Systems
Processing and Technical Advantages
ENHANCE FG™ integrates easily into existing processes and is suitable for:
- Injection Molding
- Extrusion
- Blow Molding
- Compounding
- Masterbatch Production
These additives enable cost-effective production with improved process stability and greater efficiency.
Why purchase ENHANCE FG™ from Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for additive and compound solutions:
- Access to the SASOL ENHANCE FG™ Portfolio
- Customized Consulting for Process Optimization
- Technical Support for Dosage and Application
- High availability and flexible delivery options
- Project support from the test phase through to mass production
With its extensive expertise, Grässlin helps customers optimize plastic processing and material systems.
ENHANCE FG™ – Getting More Performance Out of Polyolefins
ENHANCE FG™ Viscosity Optimizer for Polyolefins from SASOL is the ideal solution for applications where improved flowability, higher productivity, energy efficiency, and process stability are critical. The additive offers advanced solutions for cost-effective plastics processing.
Get advice now: Our experts will help you choose the best ENHANCE FG™ system for your project.
EXTRAFLOW FG™ Viscosity Optimizers for Polyolefins – Efficient Process Additives for Higher Productivity
EXTRAFLOW FG™ is a specialized product family of high-performance viscosity optimizers and flow enhancers for polyolefins, designed to specifically optimize melt flow, processing efficiency, and material performance in materials such as polypropylene (PP), polyethylene (PE), and polyolefin compounds.
These additives are ideal for applications that require higher throughput rates, better mold filling, lower energy consumption, and stable production processes. EXTRAFLOW FG™ supports both virgin material systems and recycling and compounding applications.
Grässlin Kunststoffe offers EXTRAFLOW FG™ solutions for more cost-effective and higher-performance polyolefin processing.
Features of EXTRAFLOW FG™
EXTRAFLOW FG™ stands out thanks to its functional and process-optimized property profile:
- Improving Melt Flowability
- Targeted reduction of melt viscosity
- Optimized mold filling for complex geometries
- Improved surface quality of the components
- Support for Shorter Cycle Times
- Increased Output in Extrusion Processes
- Improved material homogeneity
- Excellent dosing control and easy integration
Advantages in Plastics Processing
EXTRAFLOW FG™ offers clear added value for modern production processes:
- Higher Productivity in Injection Molding
- More stable processes at high throughput rates
- Lower processing temperatures are possible
- Lower Energy Consumption in the Process
- Less mechanical stress on the material
- Less scrap and greater reproducibility
- Optimization of Recycled Materials
Suitable Materials
EXTRAFLOW FG™ is particularly suitable for:
- Polypropylene (PP)
- Polyethylene (PE-HD, PE-LD, LLDPE)
- Filled polyolefin compounds
- Masterbatch Systems
- PCR and PIR Recyclates
- Technical polyolefin blends
Typical Applications
EXTRAFLOW FG™ is used in numerous industries:
- Automotive Industry: PP Parts, Interior Parts, Structural Components
- Packaging Industry: Thin-walled packaging, closures, containers
- Household Appliances: Visible and Functional Parts
- Construction Industry: Pipes, Profiles, Technical Fittings
- Recycling Industry: Process Optimization for Recycled Materials
- Compounding: Customized Material Systems
Processing and Technical Advantages
EXTRAFLOW FG™ can be easily integrated into existing processes and is suitable for:
- Injection Molding
- Extrusion
- Blow Molding
- Compounding
- Masterbatch Production
These additives enable cost-effective production with improved process stability, higher output, and consistently high quality.
Why should you purchase EXTRAFLOW FG™ through Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for additive and compound solutions:
- Access to high-performance process additives such as EXTRAFLOW FG™
- Customized Consulting on Flow and Process Optimization
- Technical Support for Dosage and Application
- High availability and flexible delivery options
- Project support from the test phase through to mass production
With its extensive expertise, Grässlin helps customers optimize plastic processing and material systems.
EXTRAFLOW FG™ – More Flow, More Efficiency, More Performance
EXTRAFLOW FG™ viscosity optimizer for polyolefins is the ideal solution for applications where higher productivity, improved flow properties, energy efficiency, and process stability are critical. This additive offers advanced solutions for cost-effective plastics processing.
Get advice now: Our experts will help you choose the best EXTRAFLOW FG™ system for your project.
DIPRO®MID PA6, PA66, partially aromatic polyamides from diPRO® – high-performance polyamides for demanding engineering applications
DIPRO®MID from diPRO® is a high-performance family of engineering plastics based on PA6, PA66, and partially aromatic polyamides (PPA). These materials were specifically developed for applications that require high mechanical strength, temperature resistance, chemical resistance, and dimensional stability.
Through targeted compounding with reinforcing materials, additives, and functional modifications, DIPRO®MID offers customized solutions for demanding applications in the automotive, e-mobility, electronics, industrial, and mechanical engineering sectors.
Grässlin Kunststoffe offers DIPRO®MID materials for modern engineering components that deliver high performance and process reliability.
Properties of DIPRO®MID
DIPRO®MID stands out for its versatile and high-performance properties:
- High mechanical strength and stiffness
- Excellent impact resistance and fatigue strength
- Good to very high heat resistance
- Excellent chemical resistance to oils, fats, and many media
- High resistance to wear and abrasion
- Good dimensional stability
- Excellent workability
- A wide range of properties depending on the polymer base
Product Variants at a Glance
DIPRO®MID PA6
- Good toughness and workability
- Cost-Effective Solution for Technical Production Parts
- Suitable for applications subject to mechanical stress
DIPRO®MID PA66
- Higher temperature resistance and strength than PA6
- Excellent long-term performance
- Ideal for sophisticated technical components
DIPRO®MID partially aromatic polyamides (PPA)
- Very high temperature resistance
- High stiffness and low moisture absorption
- Excellent chemical resistance
- Ideal for the engine compartment, e-mobility, and electronics
Available Modifications
Depending on the model, versions are available with:
- Fiberglass Reinforcement (GF)
- Mineral Filling
- Flame Retardant Systems (FR)
- Heat stabilization
- Hydrolysis Stabilization
- Tribological Optimization
- Custom Color and Additive Solutions
Typical Applications
DIPRO®MID is used in numerous industries:
- Automotive Industry: Engine Compartment Parts, Structural Components, Connector Systems
- E-Mobility: High-Voltage Components, Charging Infrastructure, Sensors
- Electrical & Electronics: Connectors, Enclosures, Functional Parts
- Industry & Mechanical Engineering: Gears, Bearings, Precision Parts
- Household Appliances: Heat- and Stress-Resistant Functional Parts
Processing and Technical Advantages
DIPRO®MID can be applied efficiently thanks to:
- Injection Molding for Complex Precision Components
- Extrusion for Profiles and Semi-Finished Products
- Compounding for Custom Needs
These materials enable cost-effective mass production with high dimensional accuracy and consistent quality.
Why buy DIPRO®MID from Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for high-performance engineering plastics:
- Access to the diPRO® DIPRO®MID Portfolio
- Customized Consulting for PA and PPA Applications
- Technical support for material selection and component design
- High availability and flexible delivery options
- Project Support from Development to Production
With its extensive expertise, Grässlin helps customers implement high-performance and cost-effective plastic solutions.
DIPRO®MID – High-Performance Polyamide for Modern Technology
DIPRO®MID PA6, PA66, and partially aromatic polyamides from diPRO® are the ideal choice for applications where mechanical strength, temperature resistance, chemical resistance, and precision are critical. The material offers cutting-edge solutions for demanding technical markets.
Get advice now: Our experts will help you select the best DIPRO®MID material for your project.
X-DIPRO®MID radiation-crosslinkable polyamides from diPRO® – High-performance materials for extreme thermal and mechanical requirements
X-DIPRO®MID from diPRO® is a specialized product family of radiation-crosslinkable polyamides, developed for applications with particularly high requirements for temperature resistance, mechanical stability, chemical resistance, and long-term performance.
Post-curing (e.g., electron beam curing) transforms thermoplastic polyamides into a material with significantly improved properties compared to standard, uncured PA grades.
X-DIPRO®MID is ideal for applications in the automotive, e-mobility, electrical, mechanical engineering, and industrial sectors where standard plastics reach their limits.
Grässlin Kunststoffe offers X-DIPRO®MID solutions for high-stress technical applications that provide maximum safety and performance.
Properties of X-DIPRO®MID
X-DIPRO®MID stands out thanks to its exceptionally high-performance property profile:
- Significantly increased heat resistance
- Improved continuous operating temperature
- High mechanical strength even at elevated temperatures
- Excellent creep resistance under load
- Improved abrasion and wear resistance
- High resistance to chemicals and media
- Excellent dimensional stability
- High long-term performance under thermal stress
Advantages of Radiation Cross-Linking
Radiation cross-linking offers clear benefits:
- Higher thermal resistance than non-crosslinked PA6 or PA66
- Greater dimensional stability when exposed to heat
- Less deformation under load
- Improved resistance to stress cracks
- Longer service life under continuous use
- Suitable as a substitute for metal in many applications
Typical Applications
X-DIPRO®MID is used in numerous high-end applications:
- Automotive Industry: Engine Compartment Parts, Air Ducts, Clips, Mounts
- E-Mobility: High-Voltage Environment, Thermally Stressed Components
- Electrical & Electronics: Connectors, Insulation Components, Enclosures
- Industry & Mechanical Engineering: High-Load Functional Parts
- Household Appliances: Heat-Stressed Components
Available Variants
Depending on the application, various types are available:
- PA6-based
- PA66-based
- Fiberglass-reinforced variants (GF)
- Flame-retardant grades
- Heat-stabilized specialty grades
- Custom Solutions
Processing and Technical Advantages
X-DIPRO®MID is initially processed like a thermoplastic material:
- Injection Molding
- Extrusion
This is followed by radiation cross-linking, which results in the final high-performance properties.
This enables cost-effective mass production of complex components with high-temperature performance.
Why buy X-DIPRO®MID from Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for specialty engineering plastics:
- Access to the diPRO® X-DIPRO®MID Portfolio
- Customized Consulting for Radiation-Crosslinkable Materials
- Technical support for material selection and component design
- High availability and flexible delivery options
- Project Support from Development to Production
Drawing on its extensive expertise, Grässlin helps customers implement highly durable and cost-effective plastic solutions.
X-DIPRO®MID – Cross-linked polyamide performance for extreme conditions
X-DIPRO®MID radiation-crosslinkable polyamides from diPRO® are the ideal choice for applications where heat resistance, mechanical stability, long-term performance, and reliability are critical. The material offers advanced solutions for the most demanding technical applications.
Get advice now: Our experts will help you select the best X-DIPRO®MID material for your project.
DIPRO®FLEX TPE (TPS, TPC, TPU, TPA) from diPRO® – Flexible, high-performance materials for a wide range of applications
DIPRO®FLEX from diPRO® is a versatile product family of modern thermoplastic elastomers (TPE) based on TPS, TPC, TPU, and TPA. These materials combine the elasticity of traditional rubber materials with the processing advantages of thermoplastics.
DIPRO®FLEX was developed specifically for applications that require flexibility, mechanical strength, tactile feel, chemical resistance, and cost-effective mass production. The product portfolio offers customized solutions for the automotive, industrial, medical technology, consumer goods, and electronics sectors.
Grässlin Kunststoffe offers DIPRO®FLEX materials for modern, flexible components that provide high functionality and design freedom.
Properties of DIPRO®FLEX
DIPRO®FLEX stands out thanks to its broad and customizable range of properties:
- High elasticity and resilience
- Wide range of hardness, from soft to engineering-grade
- Very good impact resistance
- Good resistance to abrasion and wear
- Excellent surface quality and feel
- Good chemical and media resistance
- Excellent workability
- Recyclable and reusable
Product Variants at a Glance
DIPRO®FLEX TPS (TPE-S)
- Soft to medium hardness levels
- Excellent texture and color scheme
- Ideal for handles, soft-touch surfaces, and consumer goods
DIPRO®FLEX TPC (TPE-E)
- High mechanical strength
- Excellent recovery properties
- Good temperature and chemical resistance
DIPRO®FLEX TPU
- High abrasion resistance and tear resistance
- Flexible and durable
- Ideal for technical functional components
DIPRO®FLEX TPA
- High-Performance Polyamide-Based Elastomers
- Good temperature resistance
- High mechanical strength and chemical resistance
Advantages over rubber and standard plastics
DIPRO®FLEX offers clear advantages:
- Faster processing than cross-linked rubber
- Recyclable and thermoplastically reprocessable
- Suitable for 2K injection molding with many hard components
- Shorter cycle times in production
- High degree of design freedom
- Lighter than many traditional elastomer solutions
Typical Applications
DIPRO®FLEX is used in numerous industries:
- Automotive Industry: Seals, Soft-Touch Components, Air Ducts
- Industry & Mechanical Engineering: Hoses, Protective Components, Damping Elements
- Electrical & Electronics: Cable Protection, Flexible Housing Components
- Medical Technology: Flexible Functional Parts (depending on the type)
- Consumer Goods: Handles, Sporting Goods, Ergonomic Products
Processing and Technical Advantages
DIPRO®FLEX can be applied efficiently thanks to:
- Injection Molding
- Extrusion
- 2K Injection Molding / Overmolding
- Blow Molding (depending on the type)
These materials enable cost-effective mass production with a high degree of flexibility and reliable component quality.
Why should you purchase DIPRO®FLEX from Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for technical elastomer solutions:
- Access to the diPRO® DIPRO®FLEX portfolio
- Customized Consulting for TPE Applications
- Technical support for material selection and component design
- High availability and flexible delivery options
- Project Support from Development to Production
Drawing on its extensive expertise, Grässlin supports customers in implementing functional, cost-effective, and modern elastomer solutions.
DIPRO®FLEX – Flexible Material Solutions for Modern Products
DIPRO®FLEX TPE (TPS, TPC, TPU, TPA) from diPRO® is the ideal choice for applications where elasticity, tactile feel, durability, and efficient processing are critical. The material offers versatile solutions for demanding technical and design-oriented applications.
Get advice now: Our experts will help you select the best DIPRO®FLEX material for your project.
DIPRO®LEN Polyolefin Compounds from diPRO® – Cost-effective and high-performance material solutions for a wide range of applications
DIPRO®LEN from diPRO® is a versatile product family of high-quality polyolefin compounds based on materials such as polypropylene (PP), polyethylene (PE), and related polyolefin systems. These materials were specifically developed for applications that require low weight, cost-effectiveness, chemical resistance, good processability, and customizable properties.
Through targeted compounding with fillers, reinforcements, and additives, we create customized solutions for a wide range of applications in the automotive, packaging, industrial, construction, and consumer goods sectors.
Grässlin Kunststoffe offers DIPRO®LEN materials for modern mass-production applications that deliver high efficiency and reliable performance.
Properties of DIPRO®LEN
DIPRO®LEN stands out thanks to its broad and customizable range of properties:
- Low density and low component weight
- Excellent chemical resistance
- Good impact resistance, depending on the type
- Excellent workability
- Good moisture resistance
- High Cost-Effectiveness
- Good electrical insulation properties
- A Wide Range of Properties Through Compounding
Available Modifications
Depending on the application, various versions are available:
- Mineral-filled grades for greater stiffness
- Fiberglass-reinforced (GF) types for increased strength
- Impact-modified compounds
- UV-stabilized outdoor applications
- Flame-retardant grades (FR)
- Antistatic or conductive solutions
- Variants Optimized for Recycling and Sustainability
- Custom Color and Additive Solutions
Advantages Over Standard Plastics
DIPRO®LEN offers clear advantages for modern mass-production applications:
- Weight reduction compared to high-density engineering materials
- More cost-effective than many high-performance engineering plastics
- Very well suited for large quantities
- Corrosion-free and moisture-resistant
- Flexible customization of features depending on the application
- Suitable for sustainable material strategies
Typical Applications
DIPRO®LEN is used in numerous industries:
- Automotive Industry: Interior components, trim, air ducts, structural components
- Industry & Mechanical Engineering: Housings, Technical Functional Parts
- Packaging Industry: Rugged Technical Packaging
- Construction Industry: Profiles, Enclosures, Functional Parts
- Household Appliances: Visible and Functional Components
- Consumer Goods: Durable Products with a Pleasant Feel and Design Flexibility
Processing and Technical Advantages
DIPRO®LEN can be applied efficiently by:
- Injection Molding
- Extrusion
- Blow Molding
- Compounding and Custom Processing Solutions
These materials enable cost-effective mass production with high process stability and consistent quality.
Why buy DIPRO®LEN from Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for modern compound solutions:
- Access to the diPRO® DIPRO®LEN portfolio
- Customized Consulting for Polyolefin Applications
- Technical support for material selection and component design
- High availability and flexible delivery options
- Project Support from Development to Production
Drawing on its extensive expertise, Grässlin helps customers implement cost-effective and high-performance plastic solutions.
DIPRO®LEN – High-Performance Polyolefins for Efficient Mass-Production Applications
DIPRO®LEN polyolefin compounds from diPRO® are the ideal choice for applications where low weight, cost-effectiveness, chemical resistance, and flexible property customization are critical. The material offers modern solutions for a wide range of technical markets.
Get advice now: Our experts will help you select the best DIPRO®LEN material for your project.
DIPRO®BLEND H High-Performance Polyolefin from diPRO® – High-Performance Polyolefin Blends for Demanding Applications
DIPRO®BLEND H from diPRO® is a specialized product family of modern, high-performance polyolefin blends, developed for applications with increased requirements for mechanical strength, impact resistance, temperature resistance, weight reduction, and cost-effectiveness.
The targeted combination of selected polyolefin base polymers, functional additives, and reinforcing agents results in materials that significantly outperform traditional standard polyolefins while retaining the advantages of this class of materials.
DIPRO®BLEND H is ideal for applications in the automotive, industrial, construction, packaging, home appliance, and consumer electronics sectors.
Grässlin Kunststoffe offers DIPRO®BLEND H materials for modern mass-produced components that deliver high performance and efficient processing.
Properties of DIPRO®BLEND H
DIPRO®BLEND H stands out for its high-performance and versatile property profile:
- High impact strength even at low temperatures
- Improved mechanical strength and stiffness
- Good heat resistance
- Low density and low component weight
- Excellent chemical resistance
- Good resistance to moisture and corrosion
- Excellent workability
- High Cost-Effectiveness in the Mass Production Process
Available Modifications
Depending on the application, various versions are available:
- Mineral-filled grades for increased stiffness
- Fiberglass-reinforced variants (GF)
- Impact-modified systems
- UV-stabilized outdoor applications
- Flame-retardant grades (FR)
- Antistatic or conductive versions
- Sustainability-Optimized Recycling Solutions
- Custom Color and Additive Solutions
Advantages Over Standard Polyolefins
DIPRO®BLEND H offers clear advantages:
- Higher performance than standard PP or PE grades
- Weight reduction compared to alternative engineering materials
- More cost-effective than many high-performance engineering plastics
- Excellent process capability for high-volume production
- High design flexibility for complex components
- Suitable as a substitute for metal in select applications
Typical Applications
DIPRO®BLEND H is used in numerous industries:
- Automotive Industry: Structural Parts, Trim, Functional Components, Air Ducts
- Industry & Mechanical Engineering: Housings, Technical Components, Protective Parts
- Construction Industry: Durable Profiles and Exterior Components
- Household Appliances: Durable Visible and Functional Parts
- Packaging & Logistics: Technical Reusable and Transportation Solutions
- Consumer Goods: High-Quality, Durable Products
Processing and Technical Advantages
DIPRO®BLEND H can be applied efficiently by:
- Injection Molding
- Extrusion
- Blow Molding
- Compounding for Custom Solutions
These materials enable cost-effective mass production with high process stability, good dimensional accuracy, and consistent quality.
Why purchase DIPRO®BLEND H from Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for high-performance compound solutions:
- Access to the diPRO® DIPRO®BLEND H Portfolio
- Customized Consulting for High-Performance Polyolefin Applications
- Technical support for material selection and component design
- High availability and flexible delivery options
- Project Support from Development to Production
Drawing on its extensive expertise, Grässlin helps customers implement cost-effective and high-performance plastics strategies.
DIPRO®BLEND H – Getting More Performance from Modern Polyolefins
DIPRO®BLEND H, a high-performance polyolefin from diPRO®, is the ideal choice for applications where impact resistance, light weight, cost-effectiveness, and technical performance are critical. The material offers advanced solutions for a wide range of mass-production applications.
Get advice now: Our experts will help you select the best DIPRO®BLEND H material for your project.
DIPRO®MID-HT PPA Polyphthalamide from diPRO® – High-Temperature Polyamides for Extreme Conditions
DIPRO®MID-HT from diPRO® is a specialized product family of high-performance materials based on PPA (polyphthalamide). These partially aromatic high-performance polyamides were developed for applications that require very high temperature resistance, mechanical strength, chemical resistance, and dimensional stability.
DIPRO®MID-HT is ideal for demanding applications in the automotive, e-mobility, electronics, industrial, fluid technology, and mechanical engineering sectors, where standard polyamides reach their limits.
Grässlin Kunststoffe offers DIPRO®MID-HT materials for modern, high-end components that deliver maximum performance and long-term stability.
Properties of DIPRO®MID-HT
DIPRO®MID-HT stands out thanks to its exceptionally high-performance property profile:
- Very high heat resistance
- High continuous operating temperature
- Very high mechanical strength and stiffness
- Good impact resistance
- Excellent chemical resistance
- Lower water absorption than standard PA6 / PA66
- Excellent dimensional stability
- Excellent creep resistance under load
- High long-term performance under thermal stress
Available Modifications
Depending on the application, various versions are available:
- Non-reinforced types
- Fiberglass-reinforced variants (GF)
- Mineral-filled types
- Flame-retardant (FR) solutions
- Hydrolysis-stabilized systems
- Tribologically optimized variants
- Custom Color and Additive Solutions
Advantages over standard polyamides
DIPRO®MID-HT offers clear advantages:
- Significantly higher temperature resistance than PA6 or PA66
- Improved dimensional stability when exposed to moisture
- Higher strength at elevated temperatures
- Excellent resistance to oils, coolants, and chemicals
- Suitable as a substitute for metal in demanding applications
- High reliability in continuous operation
Typical Applications
DIPRO®MID-HT is used in numerous high-end industries:
- Automotive Industry: Engine compartment parts, cooling system components, air intake systems
- E-Mobility: High-Voltage Components, Charging Infrastructure, Battery Proximity
- Electrical & Electronics: Connectors, Enclosures, Precision Parts
- Industry & Mechanical Engineering: Pump Parts, Valves, Technical Functional Parts
- Fluid Technology: Media-Carrying Components Subject to Temperature Stress
Processing and Technical Advantages
DIPRO®MID-HT can be applied efficiently thanks to:
- Injection Molding for Complex Precision Components
- Extrusion for Specialty Profiles and Semi-Finished Products
- Compounding for Customer-Specific Requirements
These materials enable cost-effective mass production with high dimensional accuracy, durability, and process reliability.
Why should you purchase DIPRO®MID-HT from Grässlin Kunststoffe?
Grässlin Kunststoffe is your partner for high-performance plastics:
- Access to the diPRO® DIPRO®MID-HT Portfolio
- Customized Consulting for PPA and High-Temperature Applications
- Technical support for material selection and component design
- High availability and flexible delivery options
- Project Support from Development to Production
Drawing on its extensive expertise, Grässlin helps customers implement high-performance, cost-effective solutions.
DIPRO®MID-HT – PPA Performance for Extreme Conditions
DIPRO®MID-HT PPA polyphthalamide from diPRO® is the ideal choice for applications where temperature resistance, chemical resistance, dimensional stability, and long-term stability are critical. The material offers cutting-edge solutions for the most demanding technical markets.
Get advice now: Our experts will help you select the best DIPRO®MID-HT material for your project.