China 16-50mm PVC pipe extruder Manufacturer, Supplier, Factory

Yongte wood plastic equipment extruder debugging, first check the power supply, control system and other electrical parts. Then the heating and cooling system temperature, flow rate and other parameters debugging. Recalibrate screw speed and feed speed to ensure smooth material extrusion. Finally, the operation of the mold and the whole machine is checked to make the extruder reach the best state and ensure efficient production.

The machinery in the Yongte Plastic Machinery factory roars, and dozens of workers and technicians work closely together to smoothly hoist one precision wood-plastic profile production equipment after another into the container truck. This batch of production lines tailored for Canadian customers has officially started, marking a solid step for Yongte Plastic Machinery to open up the North American market, and its green smart manufacturing technology has once again won high praise from overseas customers.

In recent years, the accelerated construction of infrastructure such as municipal drainage and water conservancy projects has driven a surge in market demand for large-diameter PVC pipes over 600mm. However, on the production side, many companies have long been plagued by several stubborn issues: uneven plasticization of raw materials, resulting in pipes that are "brittle in one section and soft in another"; inaccurate wall thickness control affecting the project's compressive strength; and frequent equipment maintenance slowing production progress. These pain points not only drive up production costs but also pose risks to project quality. To address these common industry challenges, Yongte Plastic Machinery recently completed a comprehensive upgrade of its large-diameter PVC pipe production line. Through innovative optimization of core components, it has delivered a practical solution.

The Yongte Wood Plastic WPC granulation Machine equiip with three-stage blower cooling system, specifically designed to address the unique characteristics of wood-plastic pellets (including wood fibers, high-temperature adhesion tendency, and the need for impurity removal and purification). This system resolves the four core challenges of "cooling + impurity removal + stable conveying + product protection" that single-stage or two-stage pneumatic conveying cannot simultaneously achieve, ultimately meeting the continuous production requirements for wood-plastic pellet manufacturing.