HiDura™ D1X is a low-medium viscosity, general purpose, long-chain PA6-12 grade by Ascend Performance Materials. Suggested for engineered plastics, monofilaments, cast film and food packaging... view more

HiDura™ D2X is a long-chain, medium-high viscosity, general purpose PA6-12 grade by Ascend Performance Materials. Offers low moisture absorption and a unique balance of thermal, mechanical and... view more

HiDura™ DOX is a neat, general purpose, low viscosity PA6-12 grade by Ascend Performance Materials. Designed to provide exceptional dimensional stability, long life as well as enhanced chemical... view more

Vydyne® 21A1 by Ascend Performance Materials is a general-purpose polyamide 66 (PA 66) resin. It provides resistance to chemicals, machine & motor oils, solvents and gasoline. It exhibits good initial color and color... view more

Vydyne® 21MST by Ascend Performance Materials is a natural colored/white to yellowish, low viscosity, general purpose polyamide 66 grade. Exhibits good chemical- & good abrasion- resistance... view more

ENGAGE™ 7270 by Dow is an easily colorable, low density, general-purpose polyolefin elastomer (POE) grade based on ethylene butene copolymer. It is based on INSITE™ technology. Exhibits excellent... view more

ENGAGE™ 8003 by Dow is an easily colorable, low density/ light weight, general-purpose polyolefin elastomer (POE) grade based on ethylene octene copolymer. It is based on INSITE™ technology. It... view more

ENGAGE™ 8150 by Dow is an easily colorable, low density/ light weight, general purpose polyolefin elastomer (POE) grade based on ethylene octene copolymer. It is based on INSITE™ technology... view more

ENGAGE™ 8180 by Dow is an easily colorable, low density/ light weight, general purpose polyolefin elastomer (POE) grade based on ethylene octene copolymer. It is based on INSITE™ technology... view more

ENGAGE™ 8207 by Dow is an easily colorable, low density, light weight, talc-dusted polyolefin elastomer (POE) grade based on ethylene octene copolymer. It possesses excellent flow characteristics &... view more