ONFLEX™ LO 7120-45 ONFLEX™ HT 40A-3S2131 BERGAFLEX™ BFIG 45A-300 Applications HVAC Seals HVAC Seals HVAC Seals Interior - direct airflow Interior & exterior Interior - direct airflow HVAC feature Low VOC/FOG & odor Low VOC/FOG & odor Low odor Cold air Hot air Cold air VDA 270 ≤3.0 ≤3.0 ≤3.0 VOC/FOG VDA 278 (VOC) 97µg/g 100µg/g 196µg/g VDA 278 (FOG) 1131µg/g 1116µg/g 1707µg/g DIN 75201 (FOG) 0.3mg 1.7mg 1.1mg 73°F (23°C) 72 hrs 15% 12% 15% 158°F (70°C) 22 hrs 45% 28% 50% 212°F (100°C) 22 hrs 70% 45% 90% Density 1.15 g/ml 1.00 g/ml 1.17 g/ml Processing Injection Molding Injection Molding/ Extrusion Injection Molding Bonds to Polypropylene Polypropylene/ Polyethylene Polypropylene Hardness range 35–65 Shore A 40–70 Shore A 35–65 Shore A HOW GLS TPEs MAKE THE DIFFERENCE IN AUTOMOTIVE HVAC APPLICATIONS • Low VOC/FOG – externally tested to VDA 278 and shows significant reductions in volatile organic compounds and fogging when compared to current TPE technologies • Industry standards – helps to achieve VOC/ FOG performance standards for improved VIAQ • Reduced manufacturing steps – does not require pre-drying or post heating to reduce VOC in parts produced • Design optimization – color can be added at the machine • Easy to process – can be extruded, injection molded and extrusion blow molded • Recyclable – Our automotive TPEs are compatible with most municipal recycle streams • Global support – Avient automotive TPEs can be manufactured in locations that are convenient to your operations, including North America, Europe or China To learn more about GLS TPEs for automotive applications, contact Avient at +1.844.4AVIENT (+1.844.428.4368).

Efficacy performance and regulatory requirements are met in a wide range of resins compatible with WithStand antimicrobial technology.

Available in four overmolding grades compatible with polypropylene (PP), and one grade that is suited for overmolding onto ABS, all grades are formulated for durability, delivering property retention and UV resistance comparable to traditional TPEs.

TECHNOLOGY BENEFITS • Improved light blocking performance up to 99.9% at 550nm and 700nm • Brighter whiteness L* >90 even in thin wall sections (0.21mm) • Plug & go solution—processes similar to virgin PET • Process with standard PET grades and rPET • Reduces equipment wear and tear • TiO2 content of

- En cuanto resulte compatible con la normativa específica y aplicable al Registro, se reconoce a los interesados los derechos de acceso, rectificación, supresión, oposición, limitación y portabilidad establecidos en el RGPD citado, pudiendo ejercitarlos dirigiendo un escrito a la dirección del Registro.

Chemically Compatible TPEs for Cosmetic Packaging - Application Bulletin Learn how Avient’s chemically compatible Versaflex™ PKG thermoplastic elastomers provide a wide range of tactile finishes and surface textures Chemical resistant solutions for cosmetic, personal care and household packaging

Chemically Compatible TPEs for Cosmetic Packaging - Application Bulletin Learn how Avient’s chemically compatible Versaflex™ PKG thermoplastic elastomers provide a wide range of tactile finishes and surface textures Chemical resistant solutions for cosmetic, personal care and household packaging

Mevopur™ Chemical Foaming Agents can help manufacturers of medical achieve their sustainability goals through lightweighting, reducing plastic use (and therefore reducing the consumption of non-renewable resources), enabling faster cycling times, and saving energy during processing.   They are fully bio-compatible per ISO 10993 standards to provide ultra-high-heat resistance and performance without compromising safety.  

Colorant Chromatics™ Transcend™ Premier Healthcare Colorants: bright, high-temperature solutions used in medical applications, offered in pre-colored formulations or color concentrates in vivid, opaque, and transparent colors that are fully bio-compatible per ISO 10993 standards. 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.

Three types of mechanisms at the interface can facilitate bonding of the soft thermoplastic elastomer and the rigid substrate i.e. mechanical interlock, chemical compatibility and specific reaction or interaction at the interface.