The PE-RT Pipe Extrusion Line is specially engineered for the efficient production of PE-RT pipes used in floor heating systems, hot and cold water transportation, and industrial fluid applications. The complete extrusion system adopts advanced high-speed extrusion technology, ensuring stable production, excellent pipe quality, and high manufacturing efficiency.
The high-speed extruder is equipped with a grooved feeding barrel combined with a water-cooled forced feeding section, which significantly improves raw material feeding stability during high-output extrusion. The specially designed barrier screw with advanced mixing structure provides excellent plasticizing performance and ensures uniform material melting throughout the extrusion process.
The extrusion die head adopts a specially designed spiral pressure-storage structure, effectively reducing stress orientation of polymer molecular chains during pipe forming. This innovative design enables constant-pressure extrusion, improves melt flow stability, and guarantees reliable high-speed pipe production with consistent wall thickness and smooth inner surfaces.
The vacuum calibration sleeve features a special anti-scaling structure that minimizes material buildup during continuous operation. This design reduces cleaning frequency, improves production efficiency, and helps maintain stable pipe dimensional accuracy during long-term high-speed manufacturing.
The flat-belt haul-off machine is specifically developed for high-speed PE-RT pipe production. Its optimized mechanical structure ensures smooth traction performance, stable running conditions, and synchronized extrusion speed control for consistent pipe quality.
The independently developed dual-station automatic coiler ensures neat and uniform pipe winding during high-speed production. The coiling system operates smoothly and efficiently, improving packaging quality while reducing manual labor requirements.
The entire PE-RT pipe extrusion line adopts intelligent automation control systems, user-friendly operation interfaces, and reliable electrical components to ensure stable continuous operation and easy maintenance.
High-Speed and Stable Extrusion Performance
The optimized high-speed extrusion system enables continuous PE-RT pipe production with excellent stability. The advanced screw and barrel structure improves material feeding efficiency and enhances overall production output.
Excellent Plasticizing Quality
The specially designed barrier screw provides uniform melting and efficient mixing performance, ensuring smooth pipe surfaces, stable wall thickness, and superior pipe quality throughout the production process.
Constant Pressure Extrusion Technology
The spiral pressure-storage die head design effectively stabilizes extrusion pressure during pipe forming. This helps reduce molecular stress orientation and ensures consistent pipe dimensions during high-speed manufacturing.
Reduced Maintenance and Cleaning Frequency
The specially designed vacuum calibration sleeve minimizes scaling and material accumulation, significantly reducing downtime for cleaning and maintenance while improving long-term production efficiency.
Smooth and Reliable Pipe Haul-Off
The flat-belt haul-off machine is engineered for high-speed pipe production applications. Its stable traction performance ensures synchronized pipe movement and reduces deformation risks during extrusion.
Automatic and Uniform Pipe Coiling
The dual-station automatic coiler guarantees neat and orderly pipe winding, even during high-speed operation. This improves packaging quality and supports efficient downstream handling and transportation.
Energy-Saving and Efficient Production
The optimized extrusion structure and intelligent control systems help reduce energy consumption while maintaining high production capacity, lowering manufacturing costs for pipe producers.
Easy Operation and Intelligent Control
The production line adopts advanced automation systems and intuitive control interfaces, allowing operators to easily monitor production parameters and maintain stable pipe manufacturing conditions.
