TECHNYL® A 218 S30 BLACK 21 N by DOMO Chemicals is a heat stabilized polyamide 66 grade reinforced with 30% glass spheres. Possesses good mechanical strength, good surface finish and thermal... view more

TECHNYL® A 218 S40 BLACK 21 N by DOMO Chemicals is a heat stabilized polyamide (PA) 66 grade reinforced with 40% glass spheres. Possesses good mechanical strength, good surface finish and thermal... view more

Grilamid® LV-23 ESD is an impact modified, anti-static polyamide 12 (PA-12) grade reinforced with 20% fiber. Exhibits high stiffness and strength, good dimensional stability, high surface quality... view more

Grilamid® LV-3 ESD by EMS-Grivory (EMS Group) is an anti-static polyamide 12 (PA-12) grade reinforced with 30% fiber. Is suitable for processing by injection molding. Suitable for applications where... view more

Grilon® BT 40 Z is an unreinforced, impact modified polyamide blend with amorphous and semi-crystalline components. Possesses normal viscosity, reduced water absorption, dimensional stability and... view more

Corton 1009 HS Natural is a high flow polypropylene grade by PolyPacific, reinforced with 20% talc. Exhibits rigidity, good molding and better surface appearance. Provides stability to meet... view more

Corton 1024/5 HS UV2 by PolyPacific is a high flow polypropylene grade by PolyPacific, reinforced with 20% talc. Exhibits scratch resistance, mar resistance, high impact strength, high rigidity, good molding... view more

Corton 1078/2 HS UV2 is a high flow polypropylene copolymer grade by PolyPacific, reinforced with 20% talc. Exhibits high rigidity, good molding, better surface appearance, good impact strength and... view more

Corton 400 TF HS is a high flow polypropylene homopolymer grade by PolyPacific, reinforced with 40% talc. Exhibits high rigidity, good molding, better surface appearance and heat resistance... view more

Corton 1094 UVH is a medium to high flow polypropylene copolymer grade by PolyPacific, reinforced with 20% talc. Exhibits high rigidity, good molding, better surface appearance and dimensional... view more