Co-rotating twin-screw extruders provide superior intermeshing distributive and dispersive mixing, tighter residence time distribution, self-wiping screw channels, and higher degasification capacity. This makes them ideal for multi-component compounding, masterbatching, and polymers with high percentages of fillers or fibers.

In a 2-stage array, the initial co-rotating twin-screw extruder focuses exclusively on high-shear plasticization, compounding, and volatile degassing. The melt is then transferred into a slower-running single-screw extruder dedicated to building stable head pressure and cooling the melt before the die face, minimizing thermal degradation.

Heat Wave Stabilization™ is a precision barrel temperature control system that uniformly disperses thermal energy across all barrel segments. By eliminating localized hot spots and temperature lag, it prevents the thermal degradation of heat-sensitive polymers such as rigid PVC, bio-plastics, and additives like flame retardants.

We configure water-ring die-face hot cutting for polymers like PE and PP, strand pelletizing with stainless steel water cooling troughs and rotary strand cutters for engineering polymers and masterbatches, or underwater pelletizing for high-tack and elastomer formulations.

Yes. Barrel liners and modular screw flight elements are manufactured from premium high-speed tool steel and bimetallic alloys treated with gas nitriding and vacuum hardening, ensuring high wear and corrosion resistance when processing glass fibers and up to 80% calcium carbonate.