Brief: In this dynamic video, we showcase the operation of the 20-110mm Three Layer Plastic Extrusion Machinery. You'll see a live demonstration of how this advanced HDPE pipe production line efficiently processes PE, PP, and other raw materials into high-quality gas and water pipes. Watch as we highlight its automated controls, flexible operability, and the high-speed extrusion process that ensures stable, reliable output.
Related Product Features:
Designed for high-speed extrusion of PE, PP, PB, PERT, and ABS raw materials.
Features a three-layer or five-layer co-extrusion system for enhanced pipe performance.
Equipped with a special integral transmission device for synchronized operation and accurate positioning.
Includes a variable frequency motor and DELTA inverter for adjustable traction speed control.
Utilizes a high-speed single-screw extruder with low-temperature melting and good plasticizing effect.
Spiral split extrusion die ensures low-temperature, high-plasticization extrusion for uniform pipe quality.
Oil-cooled slotted feeding sleeve increases extrusion output and improves compressibility.
Offers high automation, stable production, and is a popular replacement for imported lines.
FAQs:
What materials can this extrusion machinery process?
This machinery is suitable for high-speed extrusion of PE, PP, PB, PERT, ABS, and other raw materials, making it versatile for various pipe production needs.
How does the machinery ensure uniform pipe quality?
It uses a specially designed spiral split extrusion die that ensures low-temperature, high-plasticization extrusion, resulting in uniform melting pressure, flow, and a smooth pipe appearance.
What are the key advantages of the traction system?
The traction system features a special integral transmission device to avoid non-synchronization, flexible and accurate positioning controls, and an adjustable pressure regulation system for precise traction force.
Is this production line energy-efficient?
Yes, the high-speed screw design enables low-temperature melting with good plasticizing effect, contributing to significant energy savings during operation.