China PVC Window profile making machine Manufacturer, Supplier, Factory

our company has made a major breakthrough in the field of wood plastic production! After unremitting efforts and careful research and development, we have successfully added waste rubber powder to wood plastic production and successfully completed the trial run.finally we have successed to make rubber wood composite decking with 3D embossed design

Waste plastics are transforming from an environmental burden into an "urban mineral," and wood-plastic profile production lines have become a new investment area attracting significant attention. A recent report from the United Nations Environment Programme indicates that the world generates 340 million tons of plastic waste annually, with used plastic packaging accounting for over 30% of this waste, yet only 10% is effectively recycled. These improperly handled plastics, whether landfilled, discharged into the ocean, or incinerated, cause persistent damage to soil, ecosystems, and air quality. Against this backdrop, the wood-plastic profile industry, which transforms waste plastic into high-value-added products, presents a significant development opportunity.

The screw of WPC extruder serves as the core transmission and plasticizing component of the equipment. It directly contacts the molten material of the wood-plastic composite and withstands high temperatures and high pressures. Its corrosion resistance is crucial to ensuring stable operation, product quality, and longevity. Therefore, Yongte's wood-plastic composite extruders typically use screws and barrels made of wear-resistant and corrosion-resistant materials.

Nano irrigation seepage pipes, through material innovation and structural optimization, outperform traditional drip irrigation tubes in both lifespan and adaptability, particularly excelling in arid, saline-alkali, and sandy environments. While requiring higher initial investment, they deliver lower lifecycle costs with comprehensive advantages including water conservation, efficiency enhancement, environmental sustainability, and durability, making them ideal for future high-efficiency agriculture and ecological restoration.