Customer Case

This plastic waste recycling machine, installed in India by 2024, is designed to recycle plastic road waste into raw materials for WPC product manufacturing. The primary waste sources include plastic films and bags from soft packaging and household garbage. The system integrates key processes: washing crusher, friction washing, floating separation, squeeze drying, agglomeration, and fine crushing. The output consists of 400-500kg/hour dried, melted plastic flakes that can be directly blended with wood powder for WPC production. Yongte has also supplied a complete set of WPC manufacturing equipment to enable full utilization of these recycled materials.

By 2024, Yongte had specially engineered a WPC production plant to address Indian customers' plastic road waste challenges, developing customized wood-plastic systems and formulations including plastic recycling lines, wood and plastic mixing/granulation lines, WPC extrusion lines with molds, and auxiliary equipment. Post-machinery completion, trial production with relevant plastic waste materials and continuous formulation optimization yielded high-quality WPC decking, columns, and fence panels.

This specialized plastic molding machine is engineered to address the unique requirements of African customers, with a core focus on converting plastic waste into high-value resources. The customer's primary raw material consists of plastic film/bag waste collected from roadways, The complete production line ultimately manufactures valuable plastic products, including plastic tanks, plastic chairs, plastic basins, plastic buckets, and plastic trash bins.

As a professional manufacturer of wood-plastic equipment, Yongte has successfully developed a comprehensive solution for producing WPC decking from waste textiles, tailored to the specific requirements of a Chinese client. This achievement was realized through multiple trial runs and optimizations of both equipment configuration and material formulations. We provide a comprehensive production solution encompassing: textile scrap shredding and processing, plastic blending systems, composite plasticizing systems, extrusion molding systems (incorporating co-extrusion technology to ensure product quality and durability), and surface optimization systems (with online 3D embossing).