China waste plastic lumber machine Manufacturer, Supplier, Factory

three-layer 16-63mm PPR pipe co extrusion line is specifically designed for 16-63mm ABA-structured PPR pipes, serving as an efficient, stable, and cost-effective PPR pipe manufacturing equipment. It excels in various applications, including civil water supply, heating systems, and industrial fluid transportation. Now we have updated and improved our PPR pipe production line with advanced quality and innovative technology.

Yongte is making PVC sheet extrusion line for 600mm width and 0.4-2mm thickness PVC thin sheet. this machine shall be finished and tested in our factory by middle of April.

Recently, we have a customized order for making a plastic recycling extruder for our africa customer. This specialized double screw extruder is tailored to meet the unique needs of African customers in the field of waste plastic recycling. It boasts a robust and durable design, capable of handling various types of waste plastics with efficiency and stability.

The core operating principle of the rubber foam infiltration pipe lies in its unique wall structure. This pipe utilizes a interconnected microporous network formed on its surface, enabling continuous and uniform irrigation even under low internal water pressure. Under the combined effect of internal water pressure and soil capillary suction, water slowly and evenly infiltrates the surrounding soil through this microporous network.

The rubber seepage pipe extrusion line, engineered specifically for the client’s agricultural irrigation and water management applications, features Yongte’s advanced single-screw extrusion technology and precision foaming control system. During the trial run, the line operated with exceptional stability, producing rubber seepage pipes with uniformly distributed foamed voids, consistent wall thickness, and excellent water permeability—critical performance attributes for underground seepage systems.

Yongte strongly recommends WPC manufacturers to equip WPC co-extrusion machine to make high quality WPC products. For instance, in a previous project for a Canadian customer, we provided a turnkey co-extrusion system that utilized recycled plastic and PCB recycled fiberglass for the core WPC layer, paired with weather-resistant material for the surface layer. Similarly, in our WPC production project for an Indian client, the customer employed road waste mixed with various colored plastics for the core layer, complemented by an anti-aging co-extruded surface layer featuring custom colors. Additionally, our Romanian customer has adopted the co-extrusion system to replace traditional single-layer WPC, now offering products with over 10 years of warranty.