Automated Control System: Intelligent Adjustment, Higher Precision
Modern PPR stable pipe production equipment is generally equipped with a PLC control system, enabling visual parameter adjustment via a touchscreen.
Extrusion System: Efficient Mixing, Strong Material Adaptability
PPR pipe machines employ a gradient screw design with segmented optimized thread structure, combined with alloy barrel material, achieving efficient mixing of PPR resin and stable layer materials.
Mold and Forming System: Uniform Wall Thickness, Precise Dimensions. The forming mold adopts a multi-layer flow channel design. For the composite structure of PPR stable pipes, the die gap can be precisely adjusted according to the pipe diameter. The vacuum forming system combines a segmented forming sleeve with spray cooling to quickly form the outer wall of the pipe, avoiding bending or diameter reduction caused by uneven cooling.
Energy Consumption and Environmental Protection Design: Energy Saving and Green Production
The PPR pipe machine uses a variable frequency motor and an energy-saving heating device, reducing energy consumption by approximately 15% compared to traditional resistance heating. Some high-end equipment is also equipped with a waste heat recovery system, which converts the heat generated during the extrusion process into warm water for workshop cleaning or auxiliary heating, reducing energy waste.
