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A-C waxes for Masterbatches - Because of their versatility and composition, Polyethylene products give you a unique set of performance characteristics in almost all color concentrate systems, including those used in polyethylene, polypropylene, polystyrene, polyamide, polycarbonate, ABS, PET, PBT, SAN, and several other engineering thermoplastics. Polyethylene waxes give you a high degree of flexibility in your product development. Benefits include: compatibility with numerous polymers and manufacturing processes, improved performance of hard to disperse organic and inorganic colorants, enhanced color strength and performance in pre-color resins, higher pigment loading at improved dispersion levels, higher production rates and easier processing capabilities, lower dusting, cost effectiveness.

Index Value
PE Homopolymers: ÀÑ 617À, 6À, 8À, 16À , RL 655 General use for injection molding, extrusion, fiber, films
Oxidized Homopolymers: ÀÑ 629À Excellent dispersion, wetting of polar pigments
Oxidized HD Homopolymers: ÀÑ 316À Better pigment dispersion & wider compatibility (Acetals)
Ethylene Vinyl-Acetate Copolymers: ÀÑ 400À Better pigment dispersion & wider compatibility (Polyolefins,Styrenics, PVC, Carbon black)
Ethylene Acrylic Copolymers: ÀÑ 540À Better pigment dispersion & wider compatibility (Acrylics, Nylon, ABS, PC)
Polyester wax: ÀÑ 1241 Better pigment dispersion & wider compatibility (PET, PBT)
Nylon grafted PE wax: ÀÑ 1297, 1020 Better pigment dispersion & wider compatibility (Nylons)
Maleic Anhydride Grafted Copolymers: ÀÑ 573À, 575À, 597À Excellent compatibilization, affinity to rutile TiO2 (Polyolefins, Nylons, Fluorescent MB)
Ionomers: Àñlyn 295A, 289À Color enhancer, Compatibilization (Universal MB, Engineering, Plastics (PET, PBT, Acrylics, PC, Nylon, Acetals )

     
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