VESTAKEEP® 2000 CF30 by Evonik is a medium viscosity, self-extinguishing polyether ether ketone (PEEK) resin reinforced with 30% carbon fiber. Exhibits excellent mechanical-, thermal-, hydrolysis... view more

VESTAKEEP® 2000 FC30 by Evonik is a semi-crystalline, medium viscosity, self-extinguishing polyether ether ketone (PEEK) resin reinforced with 10% carbon fiber, 10% graphite and 10% PTFE. Exhibits... view more

VESTAKEEP® 2000 GF30 by Evonik is a medium viscosity, self-extinguishing polyether ether ketone (PEEK) resin reinforced with 30% glass fiber. Exhibits excellent mechanical-, thermal-, hydrolysis... view more

VESTAKEEP® 4000 CC20 by Evonik is a semi-crystalline, self-lubricating, high viscosity polyether ether ketone (PEEK) resin reinforced with 20% ceramic. Exhibits excellent mechanical-, thermal... view more

VESTAKEEP® 4000 FC30 by Evonik is a semi-crystalline, self-extinguishing polyether ether ketone (PEEK) resin reinforced with carbon fiber, graphite and PTFE (10:10:10). Exhibits excellent... view more

VESTAMID® Care ME40 by Evonik is a biocompatible, heat & light stabilized, polyether block amide (PEBA) resin, free of plasticizers. It is resistant to body fluids, heat (thermal stability)... view more

VESTAMID® Care ME47 by Evonik is a biocompatible, low density, free of plasticizers, heat & light stabilized, polyether block amide (PEBA) resin. It is processed by injection molding. It is... view more

VESTAMID® Care ME55 by Evonik is a biocompatible, low density, plasticizer-free, heat & light stabilized, polyether block amide (PEBA) resin. It possesses low coefficient of friction. It is... view more

VESTAMID® Care ME62 by Evonik is a biocompatible, low density, plasticizer-free, heat & light stabilized, polyether block amide (PEBA) resin. It possesses low coefficient of friction. It is... view more

VESTAMID® Care ME71 by Evonik is a biocompatible, low density, plasticizer-free, heat & light stabilized, polyether block amide (PEBA) resin. It is processed by injection molding. It possesses low... view more

VESTAMID® Care ML16 by Evonik is a low viscosity, unfilled, polyamide 12. It offers high impact resistance, easy processability & colorability, low sliding friction, high toughness, high abrasion... view more

VESTAMID® Care ML17 by Evonik is a low viscosity, unfilled, polyamide 12. It is processed by injection molding. It offers high impact resistance, easy processability & colorability, low sliding... view more

VESTAMID® Care ML18 by Evonik is a medium viscosity, unfilled, polyamide 12. It offers high impact resistance, easy processability & colorability, low sliding friction, high toughness, high abrasion... view more

VESTAMID® Care ML19 by Evonik is a medium viscosity, unfilled, polyamide 12. It is processed by injection molding. It offers high impact resistance, easy processability & colorability, low sliding... view more

VESTAMID® Care ML21 by Evonik is a high viscosity, heat stabilized, unfilled, polyamide 12 grade. It is processed by injection molding. It offers high impact resistance, easy processability &... view more

VESTAMID® Care ML24 by Evonik is a high viscosity, heat stabilized, unfilled, polyamide 12. It is processed by injection molding and pipe/tube extrusion. It offers high impact resistance, easy... view more

VESTAMID® Care ML67 by Evonik is a low viscosity, heat & light stabilized, polyamide 12. It offers high impact resistance, easy processability & colorability, low sliding friction, high toughness... view more

VESTAMID® Care ML94 by Evonik is a medium viscosity, heat stabilized, polyamide 12. It offers high impact resistance, easy processability & colorability, low sliding friction, high toughness, high... view more

VESTAMID® D16 by Evonik is a food contact acceptable, unfilled, medium viscosity, polyamide 6-12 (PA 6-12). It is processed by injection molding and profile extrusion. This grade provides excellent... view more

VESTAMID® D18 by Evonik is a food contact acceptable, medium viscosity, unfilled, polyamide 6-12 (PA 6-12) resin. This grade provides excellent dimensional stability under changing ambient humidity... view more