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Product Description

This energy-efficient automated PE pipe production machinery is a cutting-edge solution designed to manufacture high-quality polyethylene (PE) pipes with exceptional precision and minimal energy consumption. It covers a wide pipe diameter range from 16mm to 1200mm, supporting the production of pipes with varying thicknesses to meet diverse industrial needs—from daily urban infrastructure to heavy-duty mining applications. Unlike traditional PE pipe lines, this machinery integrates advanced automation technology to streamline the entire production process, reducing manual intervention and ensuring consistent product quality, such as even wall thickness and perfect roundness. Whether for standard water supply pipes or specialized anti-flammable/anti-static pipes, it offers flexibility through easy part switching or addition, making it a cost-effective choice for manufacturers looking to expand their product portfolios.
The optimized spiral structure of the feeding throat significantly enhances the extruder’s output by ensuring smooth and continuous material feeding. This design prevents material blockages and ensures uniform material distribution, directly improving production speed without compromising pipe quality—ideal for meeting high-volume order demands.
Equipped with a high-precision temperature control system, the machinery maintains consistent melting temperatures for PE raw materials. This stability ensures optimal plasticizing effects, eliminating issues like uneven material flow or raw material waste, and ultimately contributing to the production of high-performance PE pipes with reliable physical properties.
The integrated PLC (Programmable Logic Controller) operation system enables synchronization of all production units, from extrusion to haul-off and cutting. This full automation reduces human errors, simplifies operation, and allows real-time monitoring of production parameters—helping operators adjust settings quickly to adapt to different pipe specifications.
With energy-saving components and an optimized production process, the machinery consumes less energy compared to conventional models, lowering long-term operational costs. Additionally, its modular design makes maintenance straightforward: key components are easily accessible, reducing downtime for repairs or part replacements.
Pipes produced by this machinery are widely used in urban water supply systems. Their even wall thickness and corrosion resistance ensure safe and efficient water transportation, withstanding daily pressure fluctuations and extending the service life of water supply networks—suitable for both new city construction and old pipeline renovations.
For gas transportation, the machinery produces thick-walled PE pipes that meet strict safety standards. These pipes offer excellent sealing performance and resistance to chemical corrosion, preventing gas leaks and ensuring the safety of residential, commercial, and industrial gas supply.
Using a two- or three-layer spiral mold, the machinery manufactures specialized anti-flammable and anti-static PE pipes for mining applications. These pipes reduce the risk of fire or electrostatic discharge in underground mining environments, providing a safe solution for transporting water, oil, or other fluids in mining operations.
This machinery supports PE pipe production with diameters ranging from 16mm (small-scale household or irrigation use) to 1200mm (large-scale urban water supply or industrial pipelines). The thickness of the pipes can be adjusted according to specific application requirements, ensuring versatility across different sectors.
Yes, it can. By switching or adding certain machine units (such as different molds or extruder components), the line can be adapted to produce other plastic pipes, including PPR, HDPE, and LLDPE pipes. This customization capability helps manufacturers expand their product ranges without investing in entirely new production lines.
Energy efficiency is achieved through three key designs: the optimized spiral feeding throat reduces extruder energy waste, the precise temperature control system avoids overheating, and energy-saving motors power core components. On average, it consumes 20-30% less energy than traditional PE pipe production lines, translating to significant monthly and annual operational cost savings for manufacturers.