Dyneon Polymer Additives offer improved mar resistance, a reduced coefficient of friction and improved non-stick properties when incorporated into resins for injection molded parts. They are typically added to thermoplastic and engineering resins used in the production of plastic parts such as bearings, joints and guides that are subjected to sliding friction. Polymer additives also increase chemical and temperature resistance as well as wear and scuff resistance. POM (Polyacetal) Polyamide 6.6 PBT (Polyester) PU (Polyurethane) PP (Polypropylene) Polyamide 6 Polycarbonate PPS (Polyphenylene Sulfide) PE (Polyethylene)     Friction reduction Tear resistance Viscosity increase Wear resistance Scuff resistance Non-stick properties Properties Unit Test method PA 5951 PA5952 PA5953 Average Particle size ㎛ Laser Diffraction 6 15 8 Bulk density g / l ASTM D 4895 350 450 400 Specific surface area BET ㎡/g DIN 66131 DIN 66132 10 2 2 Food contact use FDA¹ EU² Yes Yes No No No Yes ¹ : These products comply with 21 CFR 177.1550 and may be used as articles or components of articles intended to contact food subject to the provisions, including specifications, conditions of use, and limitations, if any, in this regulation. Dyneon makes no recommendation about the suitability of these products in the user's intended application. It is user's responsibility to determine whether its use of Dyneon products in a particular application is suitable and will comply with applicable laws and regulations. ² : It is hereby certified that monomers used for the production of the above-mentioned product supplied by Dyneon are listed in the EU-Directives 90/128/EEC, 92/39/EEC, 03/9 EEC, 95/3/EC,96/11/EC, 1999/91/EC about materials and articles made of plastics and intended to come into contact with foodstuffs or toys and in the " German Bedarfsgegenstandeverordnung" of April 10th, 1992 as hereafter including December 21st, 2000.   Polymer additives intended for anti-drip benefits are particularly useful in wire and cable and building material applications. In granular form, when added to thermoplastic resins, polymer additives utilize fibrillation to significantly improve anti-drip properties, melt strength and sag resistance in applications like wire and cable insulation and jacketing, tubes, hoses, pipe liners and housings. These anti-drip characteristics can help retard flame propagation should the end-use part be exposed to extremely high temperatures. They are classified under UL94 V-0. Polycarbonate PP(Polypropylene) Polyamide Polystyrene Polystyrene PBT (Polyester)   High molecular weight granular fluoropolymers with the capacity to fibrillate during melt blending      processes Testing shows reduced drip and propagation of flame (UL94 V-0 qualification) Added melt strength, sag resistance and viscosity during processing Increased die swelling   High molecular weight fluoropolymer dispersions with the capacity to fibrillate during melt blending      processes Highly concentrated, fluoropolymer lattices allowing wet blending with other polymer dispersions prior      to coagulation   Properties Unit Test method PA 5931 PA5932 PA5933 PA5958 PA5959 Average Particle size ㎛ Laser Diffraction 500 500 500 0.2 0.2 Bulk density g / l ASTM D 4895 510 510 510 - - Solids Content % ISO 12086 - 2 2 60 58