CABELEC® CA3178 by Cabot is an electrically conductive polyamide 6 (PA 6) grade with dispersed carbon black. Offers electrical and mechanical properties not impacted by normal atmospheric... view more

CABELEC® CA3817 by Cabot is an electrically conductive modified linear low density polyethylene grade with conductive carbon black. Offers electrical and mechanical properties not impacted by normal... view more

CABELEC® CA3839 by Cabot is a conductive polypropylene copolymer (PP, Copolymer) grade with dispersed carbon black. Possesses good rigidity, higher resistivity than typical conductive materials and... view more

CABELEC® CA3842 by Cabot is an electrically conductive polypropylene copolymer (PP, Copolymer) grade with carbon black. Possesses good mechanical properties. Designed for injection molding... view more

CABELEC® CA3896 by Cabot is an electrically conductive, modified polystyrene (PS) grade with dispersed carbon black. Possesses good electrical properties. Designed for injection molding... view more

CABELEC® CA3896 by Cabot is an electrically conductive, polyacetal copolumer (POM, Copolymer) grade with carbon black. Possesses good electrical properties. Designed for injection molding... view more

CABELEC® CA4676 by Cabot is an electrically conductive, carbon black dispersed modified low density polyethylene (LDPE) grade. Offers electrical and mechanical properties not impacted by normal... view more

CABELEC® CA4701 by Cabot is an electrically conductive, carbon black filled polypropylene copolymer (PP, Copolymer) grade. Offers electrical and mechanical properties not impacted by normal... view more

CABELEC® CA4749 by Cabot is an electrically conductive, carbon black filled ethylene vinyl acetate (EVA) copolymer. Offers low resistivity and low flexural modulus. Designed for extrusion... view more

CABELEC® CA4701 by Cabot is an electrically conductive, carbon black dispersed modified polystyrene (PS) grade. Offers good electrical properties. Designed for extrusion applications. CABELEC®... view more

CABELEC® CA4865 by Cabot is a conductive, carbon black dispersed modified polypropylene (PP) grade. Offers excellent impact properties and high fluidity. Designed for injection molding applications... view more

CABELEC® CA4918 by Cabot is an electrically conductive, carbon black dispersed in a modified low density polyethylene (LDPE) grade. Offers electrical and mechanical properties not impacted by normal... view more

CABELEC® CA6114 by Cabot is an electrically conductive, modified high density polyethylene (HDPE) grade with dispersed carbon black. Offers electrical and mechanical properties not impacted by... view more

CABELEC® CA6115 by Cabot is an electrically conductive, modified high density polyethylene (HDPE) grade reinforced with dispersed carbon black and glass fiber. Offers electrical and mechanical... view more

CABELEC® CA6132 by Cabot is an electrically conductive, modified high density polyethylene (HDPE) grade reinforced with dispersed carbon black. Offers electrical and mechanical properties not... view more

CABELEC® CA6141 by Cabot is an electrically conductive modified polycarbonate (PC) grade reinforced with dispersed carbon black. Offers electrical and mechanical properties not impacted by normal... view more

CABELEC® CA6342 by Cabot is a electrically conductive, flame retardant, carbon black dispersed modified polypropylene (PP) grade. Offers electrical properties not impacted by atmospheric conditions... view more

CABELEC® CA6377 by Cabot is an electrically conductive, general purpose, modified high density polyethylene (HDPE) grade reinforced with dispersed carbon black. Offers electrical and mechanical... view more

CABELEC® CA6397 by Cabot is a conductive thermoplastic polyurethane (TPU) grade with carbon black. Exhibits excellent mechanical properties and superior abrasion resistance in end-use products... view more

CABELEC® CA6410 by Cabot is an electrically conductive polypropylene copolymer (PP, Copolymer) grade with carbon black. Possesses good electrical and mechanical properties, not impacted by normal... view more