Developed in 45 to 55 Shore A durometers, Avient’s reSound™ REC grades are ideal for general purpose applications in the consumer and automotive industries. These injection moldable TPEs can be overmolded to polypropylene (PP) and come in a natural grade that can be easily colored. These reSound REC grades with PCR content offer similar performance properties to traditional TPEs and are suitable for many durable consumer products and grips—such as personal care items, lawn and garden tools, golf clubs, and footwear.

Developed in 45 to 55 Shore A durometers, Avient’s reSound™ REC grades are ideal for general purpose applications in the consumer and automotive industries. These injection moldable TPEs can be overmolded to polypropylene (PP) and come in a natural grade that can be easily colored. These reSound REC grades with PCR content offer similar performance properties to traditional TPEs and are suitable for many durable consumer products and grips—such as personal care items, lawn and garden tools, golf clubs, and footwear.

Developed in 45 to 55 Shore A durometers, Avient’s reSound™ REC grades are ideal for general purpose applications in the consumer and automotive industries. These injection moldable TPEs can be overmolded to polypropylene (PP) and come in a natural grade that can be easily colored. These reSound REC grades with PCR content offer similar performance properties to traditional TPEs and are suitable for many durable consumer products and grips—such as personal care items, lawn and garden tools, golf clubs, and footwear.

Developed in 45 to 55 Shore A durometers, Avient’s reSound™ REC grades are ideal for general purpose applications in the consumer and automotive industries. These injection moldable TPEs can be overmolded to polypropylene (PP) and come in a natural grade that can be easily colored. These reSound REC grades with PCR content offer similar performance properties to traditional TPEs and are suitable for many durable consumer products and grips—such as personal care items, lawn and garden tools, golf clubs, and footwear.

To download a high-resolution image, please click here: FOR MEDIA USE ONLY  Avient’s experts can provide technical support for material selection, part and tool design, and process development to help accelerate commercialization. Light-weighting solutions that replace heavier traditional materials like metal, glass and wood, which can improve fuel efficiency in all modes of transportation and reduce carbon footprint  

The shape of the mineral particle can be long and needle-like, spherical, flat and flaky, or broad. Keep in mind, though, that increased heat transfer can make the process more sensitive and may require changes in tooling or process conditions.1 Material and equipment suppliers can provide guidance on appropriate tooling and processing conditions. 

It is an annual trend forecasting tool that focuses on the color and effects of plastics used in packaging, consumer products, automotive applications, and synthetic fibers. How can I use ColorForward? ColorForward™ Color Trend Forecasting Tool

It is an annual trend forecasting tool that focuses on the color and effects of plastics used in packaging, consumer products, automotive applications, and synthetic fibers. How can I use ColorForward? ColorForward™ Color Trend Forecasting Tool

Government funding and support through various laws, tax credits, and development grants indicates that public EV charging equipment production will likely continue on a high growth trajectory. Incorporating flame retardant additives can help mitigate fire hazards by increasing the ignition resistance of plastics, reducing the speed of flame spread, reducing heat release, and reducing smoke and fume generation. They are available in liquid or solid form and can result in 10-20% less plastic needed.

Government funding and support through various laws, tax credits, and development grants indicates that public EV charging equipment production will likely continue on a high growth trajectory. Incorporating flame retardant additives can help mitigate fire hazards by increasing the ignition resistance of plastics, reducing the speed of flame spread, reducing heat release, and reducing smoke and fume generation. They are available in liquid or solid form and can result in 10-20% less plastic needed.