WPC Machine & Production Line | CE Certified | Yongte Machinery

Yongte wood powder making machine is used for processing wood chips, rice husk, rice straw, wheat straw, cotton straw into wood powder size 20-120 mesh with 200-500kg/h output.the wood powder can be used for making WPC products directly

Yongte WPC Production Machine for 50-70% Wood Powder integrates 50-70% wood powder into WPC products. It ensures optimal mixing of recycled PP/PE with wood powder for homogeneous materials, enhancing eco-friendly credentials and physical performance (strength, durability). Advanced extrusion technology with precise temperature/pressure control prevents fiber degradation and ensures strong wood-plastic adhesion.

Yongte high capacity WPC door extrusion machine is custom-engineered for manufacturing premium-quality WPC (wood-plastic composite) door panels using PVC resin and wood flour via advanced extrusion and molding technology.

Yongte Advanced WPC Door Frame Making Machine enables high-efficiency WPC door frame production. It integrates automatic feeding, high-performance extrusion, rapid calibration/cooling, stable traction, and precision auto-cutting systems, ensuring optimal productivity and consistent quality via precision engineering and high-speed operation.

Yongte is professional manufacturer for WPC Machine Use Recycled PP PE, This WPC machine processes recycled PP and PE into quality green building materials like decking, cladding, and structural parts. We provide complete production solutions from waste plastic to finished WPC products, including custom line design and installation, covering sorting, cleaning, extrusion, and calibration for efficient, eco-friendly results.

Yongte has developed a variety of composite material formulations and corresponding WPC Production machine designs specifically for the production of Wood-Plastic Composites (WPC), which represents a significant advantage of our equipment. Our innovative solutions enable the utilization of a broader spectrum of raw materials, including recycled textile-plastic mixtures, waste PCB-plastic combinations, sand-plastic blends, and recycled fiberglass-plastic composites. This approach not only facilitates further cost savings on raw materials but also contributes positively to environmental sustainability through the recycling of waste materials. Thus, it presents a mutually beneficial scenario for your enterprise.