E-TEC®

E-TEC® ABS 11368 by Colloids is a permanent antistatic ABS (acrylonitrile butadiene styrene) grade uses a non-migratory additive system. Designed to be extruded or molded without dilution. E-TEC®... view more

E-TEC® PA 4332 by Colloids is an electrically conductive polyamide 6 polymer grade based on dispersion of a conductive carbon black. It can be processed using injection molding and extrusion... view more

E-TEC® PC/ABS 13491 by Colloids is a high strength, electrically conductive polycarbonate/acrylonitrile butadiene styrene (PC/ABS) grade based on dispersion of a conductive carbon black. Unaffected... view more

E-TEC® PE 4329 by Colloids is an electrically conductive polyethylene copolymer grade based on a high loading dispersion of a conductive carbon black in an ethylene copolymer blend. It can be... view more

E-TEC® PP 10542 by Colloids is an electrically conductive modified polypropylene polymer grade based on a dispersion of a conductive carbon black. It can be processed using injection molding and... view more

E-TEC® PP 11357 by Colloids is a medium flow, permanent antistatic high impact polypropylene copolymer grade uses a non-migratory additive system and exhibits good balance between rigidity and... view more

E-TEC® PP 13579 by Colloids is an electrically conductive modified polypropylene polymer based on a dispersion of a conductive carbon black. Exhibits higher stiffness than other E-TEC® PP grades. It... view more

E-TEC® PP 50/CON/2 by Colloids is an electrically conductive modified polypropylene polymer grade based on a dispersion of a conductive carbon black. Exhibits higher stiffness than other E-TEC® PP... view more

E-TEC® PS 13680 by Colloids is an electrically conductive modified polystyrene grade based on a dispersion of a conductive carbon black. Exhibits higher impact and low shrinkage than materials based... view more

E-TEC® 13731 by Colloids is an electrically conductive modified polystyrene grade based on a dispersion of a conductive carbon black. Exhibits superior surface finish and low shrinkage than... view more