Versaflex™ Non-Blooming TPEs for Consumer Electronics Versaflex™ Non-Blooming TPE Solution - Video Recycled content TPEs for enhanced sustainability

Stat-Tech™ TPE meets ATEX standard in anti-static bellow Stat-Tech™ TPE provides EMI shielding in cable grommet.  Stat-tech™ TPE provides electro-static discharge for tool handle grip

Outgassing of TPEs can cause multiple aesthetic defects. Vent depths for TPEs are typically between 0.0005” and 0.001”.  Most GLS TPE materials replicate the mold surface fairly well.

HC-6779 PMS 709 PINK TUBE HC-6779 PMS 637 BLUE TUBE HC-6779 PMS 219 PINK TUBE

Catheter Materials & Medical Tubing Biopharmaceutical Tubing & Clamps Medical Tubing

Customizable thermoplastic elastomers (TPEs) for flexible seals and gaskets, medical-grade tubing components, or overmolded grips and haptics Biopharmaceutical Tubing & Clamps Medical Tubing

DIANA TUBE SHOULDER TPE TRL. TPE TRL.

This next generation thermoplastic technology bridges the historic gap in performance between TPEs and silicone, opening up abundant application opportunities,” said Jean-Paul Scheepens, general manager, Americas, Specialty Engineered Materials at PolyOne. Together with elevated compression set performance for high-temperature applications, this combination expands design freedom and processing ease for tubing, hoses, seals, gaskets, grommets, and more within consumer, healthcare, and industrial markets. Caption: Barricade™ crosslinkable elastomers bridge the gap between TPEs and silicone to deliver high-temperature compression set performance at lighter weight

Versaflex™ HC and Versaflex HC BIO Thermoplastic Elastomers (TPEs): These specialty TPE formulations offer versatile and customizable performance for medical and biopharmaceutical tubing, device overmolds, and injection molded applications. Available in a variety of durometers and performance characteristics, the product family includes grades formulated without animal derivatives and a bio-based Versaflex HC BIO BT218 formulation developed specifically to handle the complexities of biopharmaceutical tubing (excellent weldability, kink resistance, and low levels of leachables and extractables) with a lower carbon footprint than traditional Versaflex HC TPE or silicone alternatives.

Avient’s portfolio of colorants and additives, thermoplastic elastomers (TPEs), and specialty engineered polymers helps customers meet performance demands, comply with medical and pharmaceutical regulations, and accelerate speed to market. Versaflex™ HC & Versaflex™ HC BIO BT Series TPEs: grades formulated specifically to handle the complexities of healthcare and biopharmaceutical tubing, including excellent weldability, kink resistance, and low extractables, delivering comparable performance to competing materials such as silicone and PVC tubing, while providing lower Product Carbon Footprint (PCF) values than other materials* The Versaflex HC BIO BT218 grade is formulated with 40% bio-derived content and provides a sustainable substitute for traditional materials. TPEs and specialty engineered polymers for auto-injector pens: offer excellent chemical and impact resistance, good self-lubrication functions, durability to extend product life and meet biocompatibility and food-contact safety regulations.