Products in Engineering & Specialty Polymers

Biopolyester Clean is a revolutionary resin in the field of plastics. This polyester-based product, belonging to the polyester chemical family. In its solid form, Biopolyester Clean is a pioneering solution within the realm of bioplastics. As part of the plastics technology, this resin contributes to the reduction of environmental impact. With a focus on cleanliness and eco-friendliness, Biopolyester Clean stands as an innovative step towards a greener future.

Ecoflex® F Blend C1200 is a polybutylene adipate terephthalate (PBAT) resin belonging to the polyester chemical family. Specifically designed for use in plastics, this product is in pellet form, providing a solid foundation for various applications. It finds its primary application in printing and packaging, particularly in the food and beverage packaging industry. With a focus on enhancing sustainability, Ecoflex® F Blend C1200 contributes to the development of eco-friendly solutions in the plastics and elastomers sector.

Biopolyester Purge, a solid resin in the polyester chemical family, showcases advanced technologies in plastics. This product, identified simply as polyester (unspecified), offers exceptional utility as a resin within the plastics and elastomers sector. With a solid physical form, Biopolyester Purge stands out for its efficiency in purging applications. Its unique composition, rooted in polyesters, ensures optimal performance. As a resin, it seamlessly integrates into plastic processes, contributing to enhanced production processes. This product, a testament to cutting-edge polymer advancements, underscores the ongoing evolution of materials in the plastics industry.

Ecoflex® FS Blend C2200 is a polybutylene adipate terephthalate (PBAT) belonging to the polyester chemical family. As a resin in plastic technology, it finds application in the printing and packaging industry, specifically in food and beverage packaging. This versatile blend caters to packaging needs with a focus on sustainability, offering a reliable solution for various packaging requirements in the food and beverage sector. Ecoflex® FS Blend C2200 contributes to eco-friendly practices in plastics and elastomers, aligning with the growing demand for environmentally conscious materials in the industry.

Biopolyester AP01 is an innovative bio-based and biodegradable polyester. Designed for diverse applications in the plastics industry, AP01 boasts a solid physical form, offering versatility without compromising environmental responsibility. This polyester, with its unspecified chemical composition, aligns with eco-conscious goals, providing a sustainable alternative in various plastic applications. Embrace the future of responsible materials with Biopolyester AP01, contributing to a greener and more sustainable planet.

Ecovio® F1280 is a PBAT/PLA alloy resin belonging to the Plastics category. With a focus on plastics technologies, this versatile polymer finds applications in agriculture and feed for agricultural films, mulch and fumigation films, and in printing and packaging for food and beverage packaging as well as non-food consumer packaging. Its unique composition combines the benefits of PBAT and PLA, making it an ideal choice for sustainable solutions in various industries. Specifically designed for use in films, Ecovio® F1280 offers environmentally friendly alternatives without compromising on performance, catering to the growing demand for eco-conscious materials in today's market.

Ecovio® 50 P1606 EXP is a ready-to-use coating product boasting a PBAT/PLA alloy polymer composition. This innovative solution is tailored for various processing methods, including thermoforming, extrusion, and injection molding. With features such as good grease resistance, tear resistance, and high melt strength, Ecovio® 50 P1606 EXP stands out as a high-performance coating option. Notably, it is biodegradable, compostable, and migration-resistant, meeting food contact acceptability standards.

ROSECO® CSB X1 is a bio-compostable starch compound resin made from tapioca starch and biopolymers. This resin, in warm beige pellets, stands out with its high bio-content and exceptional mechanical properties, perfect for blown film applications. Offering a translucent appearance and superior mechanical performance, it significantly reduces the carbon footprint in end products, while also enhancing functionality and mechanical attributes. Plus, it's compatible with conventional extrusion machinery.

ROSECO® BioboostX70 is a bio-compostable thermoplastic starch masterbatch resin derived from tapioca starch and biopolymers. This resin, featuring white pellets, boasts high bio-content, making it an ideal choice for environmentally friendly compounding. With a neutral taste and odor, it enhances dry-blended compounding with biopolymers. With a significant renewable material content, BioboostX70 effectively reduces the carbon footprint in end products while remaining easily processable on conventional machinery.

ROSECO® CSB X2 is a bio-compostable starch compound resin derived from tapioca starch and biopolymers, excels in delivering high bio-content and exceptional mechanical properties. Designed for blown film applications, this warm beige pellet resin offers superior translucence and mechanical performance. With a significant renewable material content, CSB X2 effectively reduces the carbon footprint in end products while enhancing functionality and mechanical attributes. It's also easily processed using conventional extrusion machinery.

ROSECO® CSB S2 is a bio-compostable starch compound resin derived from tapioca starch and biopolymers. This resin is characterized by its high bio-content and exceptional mechanical properties, making it an excellent choice for blown film applications. With warm beige pellets, it provides high strength and mechanical performance for blown film applications. With a significant renewable material content, CSB S2 effectively reduces the carbon footprint in end products while enhancing functionality and mechanical attributes. It's also easily processed using conventional extrusion machinery.

ROSECO® CSJ S1 is a bio-compostable thermoplastic starch compound resin, designed for injection applications. With the added benefit of lowering the carbon footprint of the finished goods, this white pellet resin offers great strength and mechanical performance for injection procedures.

ROSECO® CSJ S2 is a bio-compostable thermoplastic starch compound resin. High strength, mechanical performance, and heat resistance are features of this white pellet resin that are specifically designed for injection applications. In the finished products, it also successfully lowers the carbon footprint.

ROSECO® BSJ X1 is a bio-based PP thermoplastic starch compound resin tailored for injection applications with heat resistance. This resin, in the form of white light brown pellets, delivers high strength and mechanical performance, effectively reducing the carbon footprint in end products while maintaining heat resistance for injection applications.

ROSECO® BTB S30 is a bio-based PE thermoplastic starch compound resin designed for blown film applications. This white pellet resin delivers high strength and mechanical performance, effectively reducing the carbon footprint in end products. It is specifically tailored for film applications.

ROSECO® CSB S1 is a bio-compostable starch compound resin crafted from tapioca starch and biopolymers. This resin, featuring warm beige pellets, boasts high bio-content and remarkable mechanical properties, making it an ideal choice for blown film applications. With its excellent strength and modulus, it effectively reduces the carbon footprint in end products, while enhancing functionality and mechanical performance. Plus, it's easily processed on conventional extrusion machinery.

ROSECO® TPS S1 is a thermoplastic starch product that increases renewable content, reduces your carbon footprint, and enhances cost-saving formulations. This product is compostable under suitable conditions, it offers a taste and odor-neutral experience, with a light yellow transparent appearance.

ROSECO® BTB S50 is a bio-based PE thermoplastic starch compound resin ideal for blown film applications. This white pellet resin offers high strength and mechanical performance, effectively reducing the carbon footprint in end products. It is specifically designed for film applications.

ROSECO® CSJ X1 is a bio-compostable thermoplastic starch compound resin. High strength, mechanical performance, and heat resistance are features of this white pellet resin that are specifically designed for injection applications. In the finished products, it also successfully lowers the carbon footprint.

ROSECO® CSE S1 is a bio-compostable starch compound resin derived from tapioca starch and biopolymers. This resin is distinguished by its high bio-content and is well-suited for extrusion applications. With warm beige pellets, it provides high stiffness and mechanical performance for extrusion applications. With a substantial amount of renewable materials, CSE S1 effectively reduces the carbon footprint in end products while enhancing functionality and mechanical attributes. It's also easily processed using conventional extrusion machinery.

ROSECO® BioboostX30 is a bio-compostable thermoplastic starch masterbatch resin derived from tapioca starch and biopolymers. This resin, with brownish pellets, boasts high bio-content, making it an ideal choice for environmentally friendly compounding. With a neutral taste and odor, it enhances dry-blended compounding with biopolymers, and with a significant renewable material content, BioboostX30 effectively reduces the carbon footprint in end products. It's also easily processed using conventional extrusion machinery.

ROSECO® BioboostX50 is a bio-compostable thermoplastic starch masterbatch resin derived from tapioca starch and biopolymers. This resin, with brownish pellets, boasts high biocontent, making it ideal for eco-friendly compounding. Offering a neutral taste and odor, it enhances blocking for dry-blended compounding with biopolymers. With a significant renewable material content, BioboostX50 effectively reduces the carbon footprint in end products, all while being compatible with conventional extrusion machinery.

ROSECO® CTT S1 is a bio-compostable thermoplastic starch compound resin designed for sheet extrusion and thermoforming applications. This product has a beige pellet look and provides excellent mechanical performance and strength at a lower carbon footprint than other finished products.

ROSECO® TPS S3 is a thermoplastic starch product with a taste and odor-neutral profile. It has clear light yellow pellets that increase renewable content, reduce carbon footprint, and maximize economical formulations. It can decompose when the right conditions are met.

ROSECO® CSB S3 is a bio-compostable starch compound resin derived from tapioca starch and biopolymers, is characterized by its high bio-content and exceptional mechanical properties, making it well-suited for blown film applications. With warm beige pellets, it provides high toughness and mechanical performance for blown film applications. With a significant renewable material content, CSB S3 effectively reduces the carbon footprint in end products while enhancing functionality and mechanical attributes. It's also easily processed using conventional extrusion machinery.

VESTAKEEP® 5000 P is a high-viscosity polyether ether ketone powder known for its outstanding thermal and chemical resistance. This unreinforced, semi-crystalline polymer offers superior performance in challenging environments. VESTAKEEP® 5000 P exhibits low flammability, ensuring enhanced safety. It is supplied as a powder conveniently packaged in boxes with moisture-proof polyethylene liners. Experience the reliability and versatility of VESTAKEEP® 5000 P for your specific applications. This high-viscosity powder delivers exceptional thermal and chemical resistance, making it suitable for a wide range of industrial uses. Choose VESTAKEEP® 5000 P for its superior properties and ease of handling in your projects.

TROGAMID® CX7323 NC is a specialized polyamide designed for injection molding applications. This microcrystalline transparent polyamide exhibits exceptional transparency to the human eye due to its extremely small crystallite size, which prevents the scattering of visible light. The material's crystalline structure also imparts outstanding crack resistance, ensuring durability and reliability in various manufacturing processes. TROGAMID® CX7323 is conveniently supplied as spherical pellets, packaged in polyethylene. This product allows for a certain degree of flexibility in molds and processing, enabling adjustments to accommodate specific cavity requirements or optimize the overall manufacturing process. With its unique properties, TROGAMID® CX7323 offers a reliable solution for the production of transparent parts through injection molding.

TROGAMID® myCX eCO is a microcrystalline transparent polyamide used for manufacturing parts in the optical industry, such as lenses, using the injection molding process. It is produced using production technology that maximizes the potential for CO2 emission savings of up to 50%.

VESTAMID® L1930 BK 9.7503 is a heat-stabilized PA 12 compound reinforced with 30% milled glass fibers. It is suitable for injection molding applications. The reinforcement provides high strength and rigidity to the moldings. Due to the low water absorption of PA 12, parts made from this compound exhibit good dimensional stability and maintain mechanical properties even with changing ambient humidity.

VESTAMID® X7297 BK 9.7507 is a plasticized polyamide 12 compound with a heat and light stabilizer for the extrusion of flexible tubing and hoses, especially for automotive applications. It is characterized by easy processing and high impact strength at low temperatures.

VESTAMID® D16 is a medium-viscosity Polyamide 612 compound for extrusion and injection molding applications such as monofilaments (e.g., toothbrush bristles). The material based on PA612 absorbs only small amounts of water, resulting in excellent dimensional stability of components under changing ambient humidity.

VESTAMID® LX9112 BK is a heat-stabilized, conductive polyamide 12 compound specifically developed for the pore-free extrusion coating of steel tubing. It stands out from commonly used conductive extrusion compounds due to its significantly lower melt viscosity and outstanding extrusion characteristics, even in very thin coatings.

VESTAMID® LX9001 BK 9.7504 is a heat-stabilized and light-resistant PA 12 compound specifically developed for the extrusion coating of steel tubes. This compound enhances the corrosion resistance of steel tubes through its exceptional impact strength, abrasion resistance, and chemical resistance. The excellent adhesion between the steel and the properly applied VESTAMID® LX9001 BK 9.7504 further contributes to this increased corrosion resistance. Additionally, VESTAMID® LX9001 BK 9.7504 offers the advantages of low water absorption, good dimensional stability, and consistent properties even in changing ambient humidity. Supplied as cylindrical pellets in moisture-proof packaging, they are ready for seamless processing. Experience the exceptional qualities of VESTAMID® LX9001 BK 9.7504 and enhance the performance and durability of steel tubes with its reliable coating solution.

VESTAMID® DX9304 BK E70238 is an extrusion compound specifically developed for the manufacturing of tubing systems that require higher heat resistance. With a melting point approximately 35 °C higher than PA 11 and PA 12 compounds, VESTAMID® DX9304 BK E70238 allows for elevated temperatures during use. This compound is particularly well-suited for extruding tubing systems that are exposed to high burst pressures and high service temperatures, such as hydraulic clutch lines. Thanks to its low moisture absorption, the dimensions and properties of parts remain largely unaffected by ambient conditions. Choose VESTAMID® DX9304 BK E70238 for its exceptional heat resistance, reliability, and ability to meet the demanding requirements of tubing systems.

VESTAMID® X7167 NC is a high-quality polyamide 12 (PA12) compound formulated for exceptional heat stability and flame retardancy. This compound incorporates a non-migrating flame retardant that is free of halogens and phosphorous, making it an ideal choice for interior parts in aircraft, railways, and ships. VESTAMID® X7167 NC meets the stringent requirements of FAR 25.853 or ABD 0031, ensuring compliance and safety in these demanding applications. This versatile resin can be processed through extrusion or injection molding methods. However, it is important to note that the melt temperature should not exceed 260 °C to maintain the effectiveness of the flame retardant. We recommend melt temperatures within the range of 210–230 °C for optimal performance. VESTAMID® X7167 NC is conveniently supplied as cylindrical pellets, packaged in moisture-proof bags, ready for immediate use. Trust VESTAMID® X7167 NC for reliable and flame-resistant solutions in interior component manufacturing.

VESTAMID® X7393 NC is a high-viscosity, plasticized, impact-modified, heat- and light-stabilized polyamide 12 compound used for flexible tubing and hoses in the automobile industry. Parts made from VESTAMID® X7393 NC exhibit optimized cold temperature impact resistance and increased burst pressure resistance in the extrusion of semi-rigid tubing. Additionally, it offers an exceptional low coefficient of friction and good chemical resistance.