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Product Description
Winsoar PE Pipe Production Line for Water, Gas and Irrigation Pipe is a supporting PE pipe extrusion page for buyers comparing PE water, gas and irrigation pipe projects. It helps confirm the practical pipe diameter range, application, extrusion configuration and quotation information before choosing a complete HDPE pipe production solution.
This general PE pipe production line page is maintained as a support page for broad PE pipe machine searches. It helps buyers move from a general inquiry toward a focused diameter range, application and machine configuration.
A complete PE pipe production line normally includes single screw extruder, pipe extrusion die head, vacuum calibration tank, spray cooling tank, haul-off, cutter and stacker or coiler. Optional equipment can include gravimetric dosing, color marking extruder, dryer, loader and pipe handling systems.
Start with pipe diameter, SDR, application and required output. Then compare the linked core PE pages for 16-63mm, 20-110mm, 75-250mm, 200-400mm and 315-800mm production ranges before confirming the quotation.
For a practical quotation, prepare pipe diameter, wall thickness or SDR, raw material type, pipe application, output target, cutting or coiling requirement, workshop voltage and available factory space. These details help Winsoar match the extruder, die head, vacuum calibration, cooling, haul-off, cutter and downstream equipment correctly.
PE pipe lineHDPE extrusionwater supplygas pipeirrigationline selection
This older PE product page is maintained as a supporting long-tail page. For the main product range, visit the PE Pipe Production Line category.
Useful guides: machines included in a PE pipe production line, PE pipe production line process, PE pipe production line cost and HDPE pipe extrusion line selection guide. Video references: 16-63mm PE video solution, 20-110mm PE video solution, 75-250mm PE video solution, 200-400mm PE video solution, 315-800mm PE video solution.
The line can be configured for PE and HDPE water supply pipes, gas pipes, irrigation pipes and drainage applications. The final configuration depends on the required diameter range, wall thickness, SDR class, material grade and local pipe standards.
Select the line according to the smallest and largest pipe diameters required for the project. The die head, vacuum calibration tank, cooling length, haul-off and cutter must all match the target range. A wider range may require interchangeable tooling and a more flexible downstream layout.
A typical line includes a single-screw extruder, die head, vacuum calibration tank, spray cooling tank, haul-off machine, cutter and stacker or coiler. A color-marking co-extruder, multi-layer die head or additional cooling sections can be added when the pipe application requires them.
A color-marking co-extruder is useful for identification stripes and application-specific markings. A multi-layer configuration is used when the pipe requires different material or color layers, reinforced structure, or a special functional layer. The correct option depends on the pipe standard and project specification.
Provide the pipe material, diameter range, wall thickness or SDR, application, required output, single-layer or multi-layer structure, color-marking requirements, preferred cutting or coiling method, local voltage and any applicable pipe standard. This information allows the line configuration and quotation to be matched to the project.
Key Components
Main Features
The optimum spiral structure-feeding throat highly improves the output of extruder;
Accurate temperature control system ensures materials melting performance;
Unique screw design achieves better plasticizing and high quality products;
Precisely designed gearbox with a high torsion guarantees stable running;
"H" shape frame to decrease vibrating of extruder;
Advanced PLC operation system realizes synchronization and automation;
Adopt automatic water temperature & level control and special independent filters on both vacuum and cooling tanks;
Offer stable haul-off unit with 2-12 caterpillars;
Provide saw & chip-free cutting options;
Low energy consumption, excellent performance, and easy maintenance.
Main Technical Parameter
33D Series Classical Production Line:
Production Line | Diameter Range(mm) | Extruder Type | Max. Capacity (kg/h) | Max. Haul Off Speed(m/min) | Extrusion Power(kw) |
WS-63 I | Ф 20-63 | SJ65/33 | 220 | 12 | 55 |
WS-110 I | Ф 20-110 | SJ65/33 | 220 | 12 | 55 |
WS-160 I | Ф 50-160 | SJ75/33 | 400 | 10 | 110 |
WS-250 I | Ф 90-250 | SJ90/33 | 400 | 6 | 110 |
WS-450 I | Ф 160-450 | SJ120/33 | 500 | 4 | 160 |
WS-630 I | Ф 400-630 | SJ120/33 | 850 | 2 | 280 |
WS-800 II | Ф 500-800 | SJ120/33 | 850 | 2 | 280 |
WS-630 I | Ф 315-630 | SJ120/33 | 850 | 2 | 355 |
WS-800 I | Ф 500-800 | SJ150/33 | 1100 | 1 | 400 |
38D Series High Efficient Production Line:
Production Line | Diameter Range(mm) | Extruder Type | Max. Capacity (kg/h) | Max. Haul Off Speed(m/min) | Extrusion Power(kw) |
WS-63Ⅱ | Ф 20-63 | WSD60/38 | 320 | 30 | 70 |
WS-110Ⅱ | Ф 20-110 | WSD60/38 | 380 | 20 | 90 |
WS-160Ⅱ | Ф 40-160 | WSD60/38 | 460 | 15 | 110 |
WS-250Ⅱ | Ф 50-250 | WSD75/38 | 600 | 12 | 160 |
WS-450Ⅱ | Ф 110-450 | WSD90/38 | 850 | 8 | 250 |
WS-630Ⅱ | Ф 250-630 | WSD90/38 | 1050 | 4 | 280 |
WS-800Ⅱ | Ф 500-800 | WSD120/38 | 1300 | 2 | 355 |
WS-1200Ⅱ | Ф 710-1200 | WSD75/38 WSD90/38 | 1450 | 1 | 160/250 |
WS-1600Ⅱ | Ф 1000-1600 | WSD90/38 WSD90/38 | 1900 | 0.6 | 280/280 |
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