Trilliant™ HC8900 Thermoplastics are chemically resistant polymers that offer improved resistance to harsh chemicals and hospital-grade disinfectants compared to other flame-resistant (FR) polymers such as PC/ABS, PC/PET, and copolyester. Versaflex™ HC BT218 is a medical-grade TPE developed specifically to handle the growing demand for and complexities of biopharmaceutical tubing.

The Edgetek™ portfolio consists of a broad range of specialty thermoplastics using a spectrum of engineering resins. Edgetek™ Glass-Filled Thermoplastics provided toughness and stiffness to fishing rod handle Formulated a specialty Edgetek™ thermoplastic that retained physical properties and dimensional stability under various testing conditions 

For stiffness or strength requirements, consider leveraging long fiber thermoplastics technologies. However, advancements in engineering thermoplastics now enable effective heat dissipation comparable to metals but at a fraction of the weight. This is 50 to 100 times greater than standard thermoplastics and 1/5 that of cast aluminum.

For more information on this initiative, please see our FAQs. TPE GREEN 352U For more information on this initiative, please see our FAQs.

For more information on this initiative, please see our FAQs. BLUE TPE For more information on this initiative, please see our FAQs.

Learn more about enhanced modeling and design technology capabilities to more accurately predict long fiber reinforced thermoplastic performance in structural metal replacement applications Avient Design services and a custom Versaflex™ wet grip TPE combine to deliver an optimized and aesthetically differentiated fishing tool for outdoor gear OEM

Learn more about enhanced modeling and design technology capabilities to more accurately predict long fiber reinforced thermoplastic performance in structural metal replacement applications Webinar: Sustainable TPEs Explained

For stiffness or strength requirements, consider leveraging long fiber thermoplastics technologies. However, advancements in engineering thermoplastics now enable effective heat dissipation comparable to metals but at a fraction of the weight. This is 50 to 100 times greater than standard thermoplastics and 1/5 that of cast aluminum.

For stiffness or strength requirements, consider leveraging long fiber thermoplastics technologies. However, advancements in engineering thermoplastics now enable effective heat dissipation comparable to metals but at a fraction of the weight. This is 50 to 100 times greater than standard thermoplastics and 1/5 that of cast aluminum.

For stiffness or strength requirements, consider leveraging long fiber thermoplastics technologies. However, advancements in engineering thermoplastics now enable effective heat dissipation comparable to metals but at a fraction of the weight. This is 50 to 100 times greater than standard thermoplastics and 1/5 that of cast aluminum.