Ultra-High Molecular Weight Polyethylene (UHMWPE) fiber is a high-performance polyethylene fiber with a molecular weight typically between 1 and 6 million g/mol.

KYmach twin-screw extruders efficiently recycle PP, PE, PET, and engineering plastics, producing high-quality pellets while enhancing material properties and reducing environmental impact.

KYmach twin-screw extruders convert polyolefin powders like PP and PE into stable pellets via underwater pelletizing, enhancing storage, transport, and downstream processing efficiency.

KYmach twin-screw extruders provide efficient polymer and rubber devolatilization, removing solvents, water, and residual by-products with continuous operation, precise temperature control, and flexible vacuum options for high-quality polymer processing.

KYmach twin-screw extruders are used as continuous polymerization reactors, enabling efficient, controlled polymer reactions with precise temperature control, uniform mixing, and scalable production. Ideal for TPU and other specialty polymers.

KYmach twin-screw extruders are ideal for compounding high-performance plastics, including high-temperature, magnetic, and carbon fiber-reinforced materials. Our solutions deliver precise mixing, stable throughput, and high-quality pellets for electronics, aerospace, and military applications.

KYmach twin-screw extrusion lines produce high-performance thermoplastic elastomers, including TPU, TPE, and TPV. Our solutions enable precise formulation, efficient compounding, and high-quality pellet production for automotive, industrial, and consumer applications.

KYmach designs twin-screw extrusion systems for biodegradable plastics, including PLA, PBAT, PBS, PPC, and PHA compounds. Our solutions deliver precise formulation, high-quality pellet production, and efficient processing for film bags, cutlery, and compostable products.

Overview Wire and cable materials are the polymer compounds used for insulation, providing insulation and protection for electrical conductors to prevent current leakage, short circuits,

Engineering plastic modification enhances standard polymers by improving mechanical strength, impact resistance, flame retardancy, and other functional properties. Modification can be achieved through reinforcement, toughening, blending, alloying, or filler addition.
Twin screw extruders are widely used in these processes because they enable uniform dispersion, precise temperature control, reactive compounding, and consistent throughput. KYmach extrusion systems are designed for scalable production of modified engineering plastics across industries.