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® L 16 Natural is a nucleated, low viscosity, heat and UV stabilized polyamide 12 (PA 12) grade. Is formed by the polymerisation of laurolactam (lactam 12, obtained from the basic raw... view more

Grilamid® L 20 EC is an anti-static, medium viscosity polyamide 12 (PA 12) grade. Is formed by the polymerisation of laurolactam (lactam 12, obtained from the basic raw material butadiene), a... view more

Grilamid® L 20 G is a medium viscosity and heat stabilized polyamide 12 (PA 12) grade. Is formed by the polymerisation of laurolactam (lactam 12, obtained from the basic raw material butadiene), a... view more

Grilamid® L 20 G Grey 9280 is an impact modified, medium viscosity and heat stabilized polyamide 12 (PA 12) grade. Is formed by the polymerisation of laurolactam (lactam 12, obtained from the basic... view more

Grilamid® L 20 GHL is a nucleated, medium viscosity and heat and light stabilized polyamide 12 (PA 12) grade. Is formed by the polymerisation of laurolactam (lactam 12, obtained from the basic raw... view more

Grilamid® L 20 H FR is a halogen-free, phosphorus-free, flame retardant polyamide 12 (PA 12) grade. Is formed by the polymerisation of laurolactam (lactam 12, obtained from the basic raw material... view more

Grilamid L 25 W 20 X is a semi flexible, plasticized, high viscosity polyamide 12 (PA 12) grade. Is formed by the polymerisation of laurolactam (lactam 12, obtained from the basic raw material... view more

Grilamid® LV-23 X ESD Black by EMS-Grivory (EMS Group) is a high impact, anti-static polyamide 12 (PA-12) grade reinforced with 23% glass fiber. Grilamid® LV-23 X ESD Black by EMS-Grivory (EMS... view more

Grilamid® XE 3915 is a heat stabilized and impact modified polyamide 12 (PA-12) grade reinforced with 50% glass fiber. It exhibits good dimensional stability, very low shrinkage and high impact... 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 4106 Black 9992 is a heat and light stabilized polyamide 612 grade (PA-612) reinforced with 30% glass fiber. It exhibits low water absorption and provides resistance towards heat... view more

Grilamid® XE 4106 Natural is a heat and light stabilized polyamide 612 grade (PA-612) reinforced with 30% glass fiber. It exhibits low water absorption and provides resistance towards heat... view more

Grilamid® XE 4107 Black 9992 is a heat and light stabilized polyamide 612 grade (PA-612) reinforced with 40% glass fiber. It exhibits low water absorption and provides resistance towards heat... view more

Grilamid® XE 4107 natural is a heat and light stabilized polyamide 612 grade (PA-612) reinforced with 40% glass fiber. It exhibits low water absorption and provides resistance towards heat... view more

Grilamid® XE 4108 Natural is a heat and light stabilized polyamide 612 grade (PA-612) reinforced with 50% glass fiber. It exhibits low water absorption and provides resistance towards heat... view more

Grilamid® XE 4108 black 9992 is a heat and light stabilized polyamide 612 grade (PA-612) reinforced with 50% glass fiber. It exhibits low water absorption and provides resistance towards heat... 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

Grilamid® XE 4180 Natural 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

Grilamid® XE 4224 Natural is a high viscosity, heat and UV stabilized polyamide 10-10 (PA 10-10) grade. Is produced by monomers obtained through chemical processes from the renewable raw material... view more