Vydyne® 21SPC by Ascend Performance Materials is a general purpose, lubricated, polyamide 66 resin. It is designed for injection molding fabrication. It offers high strength & rigidity, good... view more

Vydyne® 21SPF by Ascend Performance Materials is a general purpose, unfilled polyamide 66 (PA 66) resin with an enhanced crystallization temperature. It is suitable for injection molding fabrication. It offers high... view more

Vydyne® 21SPF1 by Ascend Performance Materials is a natural colored, general purpose, lubricated polyamide 66 (PA 66) grade. Exhibits good chemical-, abrasion-, gasoline-, oil- and solvent... view more

Vydyne® 21SPG1 by Ascend Performance Materials is a lubricated polyamide 66 (PA 66) grade. Offers fast molding cycle, good mold release, good toughness, high rigidity and high strength. Exhibits... view more

Vydyne® 22HSP BK by Ascend Performance Materials is a general purpose, lubricated polyamide 66 (PA 66) grade. Offers fast molding cycle, good mold release, good toughness, high rigidity and high... view more

Vydyne® 22HSP NT by Ascend Performance Materials is a general purpose, lubricated polyamide 66 (PA 66) grade. Offers fast molding cycle, good mold release, good toughness, high rigidity and high strength. Exhibits good... view more

Vydyne® 41H BK03 by Ascend Performance Materials is a general purpose, heat stabilized, impact modified, polyamide 66 resin. It is processed by injection molding. It shows improved impact strength... view more

Vydyne® 41H NT by Ascend Performance Materials is a general purpose, heat stabilized, impact modified, polyamide 66 resin. It shows improved impact strength and high impact resistance to elevated... view more

Vydyne® 47H BK0644 by Ascend Performance Materials is a black colored, general purpose, heat-stabilized, medium-impact modified polyamide 66 (PA 66) grade. Exhibits good chemical-, abrasion... view more

Vydyne® 47H BK11 by Ascend Performance Materials is a general purpose, heat stabilized, impact modified, polyamide 66 grade. It is processed by injection molding. It shows improved impact strength... view more

Vydyne® 49H NT by Ascend Performance Materials is a general purpose, heat stabilized, impact modified, polyamide 66 (PA 66) grade. It is processed by injection molding. It shows improved impact... view more

Vydyne® R413H BK07 by Ascend Performance Materials is a general purpose, impact modified, lubricated polyamide 66 (PA 66) grade reinforced with 13% glass fiber. Offers superior surface appearance... view more

Vydyne® R413H NT by Ascend Performance Materials is a general purpose, impact modified, lubricated polyamide 66 (PA 66) grade reinforced with 13% glass fiber. Offers heat stability, superior surface... view more

Vydyne® R513 NAT by Ascend Performance Materials is a general purpose, polyamide 66 (PA 66) grade reinforced with 13% glass fiber. The resin is lubricated for machine feed, flow and mold release... view more

Vydyne® R513 NT by Ascend Performance Materials is a general purpose, polyamide 66 (PA 66) grade reinforced with 13% glass fiber. The resin is lubricated for machine feed, flow and mold release. Provides high heat... view more

Vydyne® R515H by Ascend Performance Materials is a general purpose, heat stabilized, lubricated, polyamide 66 (PA 66) grade reinforced with 15% glass fiber. Offers good flow, good mold release, high... view more

Vydyne® R515H BK02 by Ascend Performance Materials is a heat stabilized, lubricated, polyamide 66 (PA 66) grade reinforced with 15% glass fiber. Offers high flow, good mold release, high rigidity, strength, high heat... view more

Vydyne® R515H Natural by Ascend Performance Materials is a heat stabilized, lubricated, polyamide 66 (PA 66) grade reinforced with 15% glass fiber. Offers high flow, good mold release, high rigidity, strength, high heat... view more

Vydyne® R550H BK02 by Ascend Performance Materials is a general purpose, heat stabilized, lubricated, polyamide 66 (PA 66) grade reinforced with 50% glass fiber. Exhibits high flow, superior surface appearance, high... view more