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Plastic & Rubber

MAXXPOL® products are expertly designed to meet a wide range of needs in the plastic and rubber industries. Our portfolio includes Standard and Engineered Thermoplastics, Polymer Modifiers, and Elastomers, all crafted for high-performance and sustainability. MAXXPOL® high-quality polymeric products are used in various industries, ranging from Standard and Engineering Thermoplastics, Polymer Modifiers to Elastomers. MAXXPOL® delivers the best plastic manufacturing affiliated technologies with a product portfolio that meets and surpasses a host of significant industrial standards. 

  • MAXXPOL® Polyamide (PA6): MAXXPOL® PA6 is an unreinforced, medium-viscosity polyamide 6 chip for extrusion applications. This product offers good mechanical properties coupled with thermal properties and has all the primary properties of one unreinforced polyamide 6 used to produce an engineering compound or high-tenacity filament/yarn.
  • MAXXPOL® Polymethyl Methacrylate (PMMA): MAXXPOL® PMMA is a heat-resistant, general-purpose grade PMMA which is suitable for extruded sheets, pipes, and rods, as well as injection molded housewares, automotive taillights, and optical lenses.
  • MAXXPOL® Polycarbonate (PC): MAXXPOL® PC  resin portfolio offers an optimized set of products designed for various applications in the extrusion, injection molding, optical media markets and compounding markets.
  • MAXXPOL® Polyolefin Elastomer (POE): MAXXPOL® POE is ethylene octene (EOR) or ethylene butene copolymer (EBR), which is an excellent impact modifier for plastics and designed to offer customers improved melt strength, and processability in a wide variety of applications, including injection molding, extrusion blow molding, blown and casted film, and profile extrusion.
  • MAXXPOL® Propylene/ Ethylene Elastomers: MAXXPOL® Propylene/Ethylene Elastomers have exceptional performance for thermoplastic and polyolefinic blends, where a balance of flexibility, transparency and impact performance is a necessity. They can also improve filler dispersion and acceptance.
  • MAXXPOL® Maleated Polyethylene (PE-g-MAH): MAXXPOL® Maleated Polyethylenez enhances the impact strength of engineering thermoplastics and technical polymers at a broad range of service temperatures. They can also improve homogeneity and surface aspects in filled compounds.
  • MAXXPOL® Ethylene Propylene Diene Monomer (EPDM) Pellet: MAXXPOL® EPDM Pellets with narrow molecular weight distribution and high ethylene content offer a fast cure rate, high filler ability and excellent mutual miscibility with polypropylene.