See how global clients use Yongte's CE certified plastic machinery for WPC decking, pipe production, and recycling projects. Real cases show our equipment's durability and performance. Turnkey solutions, enable waste recycling, and deliver full lifecycle support for plastic production worldwide.
Yongte's Complete Wood Plastic Composite WPC machine, tailored for recycling waste fiberglass into high-performance composite decking, has been successfully delivered to Canada, offering a turnkey, eco-efficient solution for sustainable building material production. It integrates waste fiberglass into WPC decking via advanced co-extrusion, enabling resource reuse, energy savings, and long-lasting, low-maintenance end products. The WPC complete plant includes WPC mixing machine, WPC granulation machine, WPC decking co-extrusion machine, embossing machine, and sanding brushing machine.
Technology Empowers Overseas Infrastructure: in 2025, Yongte delivered a complete solution for 75-125mm three-layer PPR pipe extrusion lines to Algeria customer, covering full lifecycle support from R&D, manufacturing, logistics, on-site implementation to after-sales service.
Yongte’s parallel twin-screw extruder for plastic film recycling has officially been put into stable operation in our Africa customer’s factory.this plastic recycling extrusion equipment is specially designed for the recycling of waste plastic films (including PP, PE film and bags materials), integrating advanced technology and practical performance, which perfectly matches the local plastic recycling needs.
Yongte WPC fence column production line is specifically tailored in 2024 to meet the unique requirements of an Indian customer in the plastic recycling industry. The client utilizes plastic waste from soft packaging and household sources as raw materials, which are characterized by inconsistent quality and composition. To address these challenges, we custom-developed a WPC granulation system and extrusion line optimized for such materials, integrating advanced processing features to ensure stable performance and product quality. Through multiple material testing iterations, we refined the production formula and mold design to accommodate the waste feedstock.
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