Syncure™ XLPE 200 Series Formulations without DBDPE Syncure™ XLPE Formulations - 200 Series Overview and technical properties of the Syncure XLPE 200 Series DBDPE-free formulations

Syncure™ XLPE 200 Series Formulations without DBDPE Syncure™ XLPE Formulations - 200 Series Overview and technical properties of the Syncure XLPE 200 Series DBDPE-free formulations

Our Versalloy™ HC Series TPVs are ideal for medical devices that are designed with long, thin flow paths, and they're highly colorable with a smooth tactile feel. Versaflex™ CL E Series materials feature high clarity before and after autoclaving, with high flexibility and low extractables.

Our Versalloy™ HC Series TPVs are ideal for medical devices that are designed with long, thin flow paths, and they're highly colorable with a smooth tactile feel. Versaflex™ CL E Series materials feature high clarity before and after autoclaving, with high flexibility and low extractables.

Our Versalloy™ HC Series TPVs are ideal for medical devices that are designed with long, thin flow paths, and they're highly colorable with a smooth tactile feel. Versaflex™ CL E Series materials feature high clarity before and after autoclaving, with high flexibility and low extractables.

Newly Expanded Versaflex™ PF Thermoplastic Elastomers for Surface Protective Films with Ultra-High Adhesion Series Available from Avient Avient Announces Expansion of Versaflex™ PF Thermoplastic Elastomers for surface protective films with new ultra-high adhesion series  To do

The injection-moldable Versaflex™ HC 3810 series is formulated without animal derivatives and offers a wide range of durometers to serve a variety of medical device applications.   Rooted in the technology of our proven Versaflex portfolio, this series delivers reliable performance and expands on material options formulated without animal derivatives, an increasingly common requirement for healthcare products.”   All eight grades in the new series are also ISO 10993-4 and -5, REACH SVHC, and RoHS compliant.

A series of high performing and eco-conscious alternatives to nylon and acetal A series of high performing and eco-conscious alternatives to nylon and acetal

reSound™ REC Recycled Content TPEs – AF 7210 Series Recycled TPEs for Automotive Interiors Sustainability continues to be a key driver in the automotive industry. Developed in response to the increased need for recycled materials the AF 7210 series of reSound™ REC TPEs incorporates a minimum of 51% recycled content, 37% from post-consumer recycled (PCR) sources, including closed-loop feedstock. KEY CHARACTERISTICS • Contains 51–59% recycled content, with a minimum of 37% from PCR sources, including closed-loop feedstock • Provides comparable performance to virgin TPEs - Good UV stability - Meets VIAQ standards for odor and fogging • Supports compliance with the ELV Directive • Provides a more sustainable alternative to virgin TPE grades and supports a reduction in product carbon footprint (PCF) • Can be injection molded and overmolded onto PP KEY APPLICATIONS The reSound REC TPEs – AF 7210 series has been developed for use in automotive interior applications such as cup holder mats, phone charging mats, peddle covers, boot/trunk lining, HVAC flaps and other center console parts.

Capillary viscosity was mea- sured at 200�C using a Dynisco™ 7000 series capillary rheometer (Dynisco Instruments LLC, Franklin, Massa- chusetts) with a 15:1 L/D, 120� die geometry; a Bagley correction was applied. Figure 2 shows the performance of a select series of Versaflex™ and OnFlex™ GLS™ TPEs with a range of ZPT additive (1000–3000 ppm). Shah, H.