Agiflex® 300 B25 (black) by Agiplast is a low density, polyether block amide (PEBA) grade. Exhibits easy processability, rigidity, high tensile strength, high electric properties, high elasticity... view more

Agiflex® 300 B35 (black) by Agiplast is a low density, polyether block amide (PEBA) grade. Exhibits easy processability, rigidity, high tensile strength, high electric properties, high elasticity... view more

Agiflex® 300 B40 (black) by Arkema is a low density, polyether block amide (PEBA) grade. Exhibits easy processability, rigidity, high tensile strength, high electric properties, high elasticity return and... view more

Agiflex® 300 B55 (black) by Agiplast is a low density, polyether block amide (PEBA) grade. Exhibits easy processability, rigidity, high tensile strength, high electric properties, high elasticity... view more

Agiflex® 300 B63 (black) by Arkema is a low density, polyether block amide (PEBA) grade. Exhibits easy processability, rigidity, high tensile strength, high electric properties, high elasticity return and... view more

Grilamid® 2SV-30H Natural is an impact modified and light stabilized polyamide 6-10 (PA 6-10) grade. Is produced by poly-condensation of hexamethylene diamine (obtained from crude oil) and sebacic... view more

Grilamid® XE 4073 Natural is a heat, light and UV stabilized polyamide 6-10 (PA 6-10) grade. Is produced by monomers obtained through chemical processes from the renewable raw material castor oil... view more

Grilamid® XE 4174 Black 9992 is an impact modified, light and heat stabilized polyamide 10-10 (PA 10-10) grade reinforced with 30% glass fiber. Is produced by monomers obtained through chemical... view more

Grilamid® XE 4176 Black 9288 is an impact modified, light and heat stabilized polyamide 10-10 (PA 10-10) grade reinforced with 50% glass fiber. Is produced by monomers obtained through chemical... view more

Grilamid® XE 4180 Black 9992 is an impact modified, light and heat stabilized polyamide 10-10 (PA 10-10) grade. Is produced by monomers obtained through chemical processes from the renewable raw... view more