VESTAMID® HTplus HY10333 by Evonik is a stabilized polyphthalamide (PA6T/X) grade reinforced with 33% glass fiber. Exhibits good dimensional stability, medium viscosity and high rigidity. It is... view more

VESTAMID® HTplus HY1034 by Evonik is a medium viscosity polyphthalamide (PA6T/X) grade reinforced with 40% glass fiber. Exhibits good stability, good dimensional stability and high rigidity. It is... view more

VESTAMID® HTplus HY10345 by Evonik is a stabilized polyphthalamide (PA6T/X) grade reinforced with 45% glass fiber. Exhibits good dimensional stability, medium viscosity and high rigidity. It is... view more

VESTAMID® HTplus HY1035 by Evonik is a medium viscosity polyphthalamide(PA6T/X) grade reinforced with 50% glass fiber. Exhibits good stability, good dimensional stability and high rigidity. It is... view more

VESTAMID® HTplus HY3034 by Evonik is a stabilized polyphthalamide (PA6T/X) grade reinforced with 40% glass fiber. Exhibits wide processing window, good dimensional stability, medium viscosity and... view more

VESTAMID® HTplus LDS1031 by Evonik is a stabilized polyphthalamide (PA6T/X) grade reinforced with 10% glass fiber and mineral. Exhibits good dimensional stability, glossy surface, medium viscosity... view more

VESTAMID® HTplus LDS3031 by Evonik is a partly bio-based & eco-friendly, stabilized polyphthalamide (PA10T/X) grade reinforced with 10% glass fiber and mineral. Exhibits good dimensional stability... view more

VESTAMID® HTplus M10315 by Evonik is a stabilized polyphthalamide (PA6T/X) grade reinforced with 15% glass fiber. Exhibits medium viscosity, good dimensional stability and high rigidity. It is... view more

VESTAMID® HTplus M1033 by Evonik is a stabilized polyphthalamide (PA6T/X) grade reinforced with 30% glass fiber. Exhibits good dimensional stability, medium viscosity and high rigidity. It is... view more

VESTAMID® HTplus M10345 by Evonik is a stabilized polyphthalamide (PA6T/X) grade reinforced with 45% glass fiber. Exhibits high rigidity, good dimensional stability and medium viscosity. It is... view more

VESTAMID® HTplus M1035 by Evonik is a stabilized polyphthalamide (PA6T/X) grade reinforced with 50% glass fiber. Exhibits good dimensional stability, medium viscosity and high rigidity. It is... view more

VESTAMID® HTplus M10465 by Evonik is a stabilized, anisotropic polyphthalamide (PA6T/X) grade reinforced with 65% mineral and glass fiber. Exhibits good dimensional stability and medium viscosity... view more

VESTAMID® HTplus M10525 by Evonik is a stabilized, anisotropic polyphthalamide (PA6T/X) grade reinforced with 25% mineral. Exhibits good dimensional stability and medium viscosity. It is suitable... view more

VESTAMID® HTplus M1054 by Evonik is an anisotropic, stabilized polyphthalamide (PA6T/X) grade reinforced with 40% mineral. Exhibits good dimensional stability and medium viscosity. It is suitable... view more

VESTAMID® HTplus M1063 by Evonik is an antistatic, conductive, stabilized polyphthalamide (PA6T/X) grade reinforced with 30% carbon fiber. Offers low wear and high stiffness. Exhibits good... view more

VESTAMID® HTplus M1633 by Evonik is a stabilized polyphthalamide (PA6T/X) grade reinforced with 30% glass fiber. Exhibits good dimensional stability, medium viscosity and high rigidity. It is... view more

VESTAMID® HTplus M1634 by Evonik is a stabilized polyphthalamide (PA6T/X) grade reinforced with 40% glass fiber. Exhibits medium viscosity, good dimensional stability and high rigidity. It is... view more

VESTAMID® HTplus M1635 by Evonik is a stabilized polyphthalamide (PA6T/X) grade reinforced with 50% glass fiber. Exhibits good dimensional stability, medium viscosity and high rigidity. It is... view more

VESTAMID® HTplus M1636 by Evonik is a stabilized polyphthalamide (PA6T/X) grade reinforced with 60% glass fiber. Exhibits medium viscosity, good dimensional stability and high rigidity. It is... view more

VESTAMID® HTplus M30315 by Evonik is a stabilized polyphthalamide (PA10T/X) grade reinforced with 15% glass fiber. Exhibits good dimensional stability, wide processing window, medium viscosity and... view more