PE Pipe Making Machine

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PE Pipe Making Machine

A PE pipe making machine is an industrial plastic extrusion system that continuously converts polyethylene materials such as HDPE, MDPE, and LDPE into pipes of specified diameters and wall thicknesses. The machine typically integrates extrusion, die forming, vacuum calibration, cooling, haul-off, and cutting to produce PE pipes for water supply, gas distribution, irrigation, drainage, and cable protection.

The finished PE pipes feature smooth inner surfaces, excellent corrosion resistance, and a service life of up to 50 years, helping manufacturers produce durable pipes for infrastructure and industrial projects while improving production efficiency and reducing operating costs.

EANS provides customized PE pipe making machines for various pipe diameters and production capacities. Each production line is designed for reliable automation, efficient material processing, and flexible configurations to meet various manufacturing requirements.

Specifications
Model

SJ65/33 SJ70/33 SJ90/33 SJ120/33

Inquiry

Application Specification Production Process Key Points FAQ

APPLICATION

SPECIFICATION OF PE PIPE MAKING MACHINE

Parameters Of PE Pipe Making Machine

Extruder Model	SJ65/33	SJ70/33	SJ65/33 High Speed	SJ90/33	SJ120/33
Pipe Diameter	16~63mm	16~90mm	16~110mm	110 - 450mm	315 - 630 mm
Main Motor Power	37kw	45kw	75kw	90-160KW	160-260KW
Capacity	70~150kg/h	80~180kg/h	150~300kg/h	320 - 450kg/h	450 - 650kg/h

HOW DOES A PE PIPE MAKING MACHINE WORK

Machine list of PE Pipe Making Machine

Machine	Quantity
Feeding & Drying System	1 Set
Single Screw Extruder	1 Set
Pipe Die Head	1 Set
Vacuum Calibration Tank	1 Set
Cooling Tank	1 Set
Haul-off Machine	1 Set
Inkjet Printer	1 Set
Cutting Machine	1 Set
Stacker / Winder	1 Set

1. PE Raw Material Feeding – HDPE, MDPE, or LDPE pellets are continuously dry and fed into the extrusion system.

2. Extrusion & Plasticizing – The single screw extruder heats, melts, and homogenizes the PE material before sending it to the pipe die.

3. Pipe Die Forming – The molten PE passes through the pipe die head and is formed into a continuous tubular profile.

4. Vacuum Calibration – The hot PE pipe enters the vacuum calibration tank, where vacuum sizing and cooling stabilize the required pipe diameter and dimensions.

5. Spray Cooling – Additional cooling water removes heat and fully solidifies the PE pipe.

6. Pipe Marking and Color Stripe Co-Extrusion– After sizing and cooling, the PE pipe is continuously marked with product specifications, standards, manufacturer information, and traceability data. For potable water or water-supply PE pipes, a colored stripe can be co-extruded along the pipe to identify the pipe's intended service application.

7. Haul-off – The haul-off machine continuously pulls the pipe at a controlled speed, helping maintain consistent wall thickness and production stability.

8. Cutting – The finished PE pipe is automatically cut into the required standard lengths.

9. Stacking / Winding – Large-diameter rigid PE pipes are stacked, while suitable small-diameter flexible pipes can be wound into coils.

ADVANTAGES OF HDPE PIPE MAKING MACHINE FROM EANS MACHINE

China-PE-pipe-making-machine

1. High-Efficiency Single Screw Extruder: The single screw extruder is designed for stable plasticizing and continuous extrusion of HDPE, MDPE, and LDPE materials. An optimized screw geometry and controlled processing temperature promote uniform melting and mixing, while a grooved feeding section improves solid conveying and extrusion stability. The result is consistent output with controlled melt quality for different PE pipe specifications.
2. Precision PE Pipe Die Head: The pipe die head is engineered for uniform melt distribution around the pipe circumference. Its optimized flow channel helps maintain consistent wall thickness while reducing melt flow irregularities and residual stress. This supports stable pipe forming and reliable dimensional performance across different PE pipe diameters.
3. Precise Vacuum Calibration & Efficient Cooling: The vacuum calibration and cooling system plays a key role in controlling the outer diameter, roundness, and surface quality of PE pipes. Stainless steel tanks provide corrosion resistance for continuous water-cooling operation, while adjustable vacuum sizing and efficient spray cooling help quickly stabilize the pipe profile. This configuration is suitable for continuous production at different line speeds and wall thicknesses.
4. Stable Haul-off System: The haul-off machine provides controlled and continuous traction after the pipe has been calibrated and cooled. Multi-track configurations can be selected according to pipe diameter and production requirements, while synchronized speed control helps maintain a stable relationship between extrusion output and pulling speed. This contributes to more consistent PE pipe wall thickness and dimensional accuracy.
5. Clean & Accurate Pipe Cutting: The PE pipe cutting machine is configured according to pipe diameter and production requirements. Chipping-free cutting or planetary cutting systems can be used for different pipe specifications to achieve clean and accurate cut ends. For large-diameter PE pipes, an optional chip extraction system can help keep the production area clean and reduce plastic waste accumulation.
6. Integrated PLC Control System: The PE pipe extrusion line uses an integrated PLC control system to coordinate the extruder, feeding system, haul-off, cooling, and cutting equipment. Operators can monitor key production parameters and adjust line speed and processing conditions from a centralized interface. Optional online measuring systems can provide real-time dimensional data for higher-level PE pipe production control.

FAQS ABOUT PE PIPE MAKING MACHINE

What types of PE pipes can this machine manufacture?

The PE pipe making machine can produce HDPE, MDPE, and LDPE pipes for water supply, gas distribution, irrigation, drainage, and cable protection. However, a pipe production line should be selected based on the actual application rather than material alone, as pipe diameter, wall thickness, pressure requirements, and applicable standards directly affect the equipment configuration.
EANS evaluates your target pipe specifications and application first, then matches the extruder, die head, calibration system, cooling, haul-off, and cutting equipment to the required production conditions.

Can one PE pipe making machine produce different pipe diameters?

Yes. One PE pipe production line can cover multiple pipe diameters within its designed range by changing the corresponding die, mandrel, and calibration tooling. The key is selecting an extruder with a suitable diameter range from the beginning. EANS configurations cover 16–63 mm, 16–90 mm, 16–110 mm, 110–450 mm, and 315–630 mm pipe ranges.
EANS can design the line around your planned product range, allowing one machine to cover multiple specifications while avoiding unnecessary equipment investment or an oversized extrusion system.

Can the PE pipe making machine produce both water supply and gas pipes?

Yes, but water supply and gas pipes should not simply use the same configuration without considering their application requirements. Material grade, pipe dimensions, pressure class, wall thickness, and applicable standards can differ between applications and directly influence the extrusion and downstream setup.
EANS configures the PE pipe extrusion line according to your target applications and pipe standards, helping ensure that the machine configuration matches the products you actually plan to manufacture.

What brands of components are used in the PE pipe making machine?

For customers investing in a PE pipe making machine, component selection affects control stability, maintenance, spare-parts availability, and long-term operating reliability. EANS can use components from ABB, Siemens, Omron, and Jiangyin according to the machine configuration and project requirements.
EANS selects key electrical, control, and transmission components based on the required machine performance and customer's service conditions, rather than using the same component configuration for every project.

What installation and after-sales service does EANS provide?

Buying a PE pipe making machine is not only about receiving the equipment—it is also about getting the line running and producing qualified pipes. Before shipment, EANS assembles and tests the machine at the factory to check its operation. For overseas projects, EANS can arrange engineers to the customer's factory for installation, commissioning, and operator training.
EANS provides support from pre-shipment testing to overseas installation, production commissioning, operator training, remote technical assistance, and spare parts service, reducing the risks associated with installation and initial production.

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COMPANY PROFILE

Zhangjiagang EANS Machinery is a professional plastic extrusion machine manufacturer specializing in the design, development, and production of complete extrusion lines and auxiliary equipment. With over 20 years of experience in the plastics processing industry, EANS team provides reliable extrusion solutions for plastic manufacturers worldwide. Our product range includes single screw extruders, twin screw extruders, and customized plastic extrusion production lines for various applications. With advanced extrusion technology, precision manufacturing capabilities, and professional engineering support, EANS delivers complete turnkey solutions from extrusion system design and equipment manufacturing to installation guidance and production support. Our extrusion machines are designed to help customers achieve higher production efficiency, stable product quality, lower operating costs, and long-term production reliability. EANS extrusion equipment has been successfully supplied to customers across different markets and continues to earn trust from plastic manufacturers around the world.

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