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75-250mm PE Pipe Production Line
Winsoar
WSP-PE-75-250
Product Overview & Applications
Winsoar 75-250mm PE pipe production line is a medium-diameter HDPE pipe extrusion line for straight PE pipe production in water supply, gas distribution, irrigation, drainage, cable duct and industrial pipe projects.
Direct answer: A 75-250mm PE pipe production line is a complete HDPE pipe extrusion line for medium-diameter straight pipe production. It typically includes single screw extrusion, optional color marking co-extrusion, PE pipe die head, vacuum calibration, spray cooling, haul-off, chipless cutting and pipe stacker / turnover rack.
Medium-Diameter HDPE Pipe Line for Straight Pipe Projects
The 75-250mm range sits between small coiled PE pipe and large diameter HDPE pipe. The line layout should give enough cooling distance, stable traction and clean fixed-length cutting so finished pipes can be stacked and handled efficiently.
Pipe range: 75-250mm, project-based configuration
Material: PE80, PE100, HDPE and polyethylene compounds
Output focus: straight pipe stability, fixed-length cutting and rack discharge
Application | Typical Planning Focus | Key Configuration Point |
Municipal PE water supply pipe | Pressure pipe, SDR control, pipe roundness | Stable die head, vacuum calibration and sufficient cooling |
PE gas distribution pipe | Yellow mark line, pipe surface, size consistency | Color marking co-extruder and synchronized haul-off |
Agricultural irrigation main pipe | Cost-effective output and straight pipe handling | High-efficiency extruder, chipless cutter and stacker |
Cable protection duct | Surface quality, length cutting, stacking | Cooling tank, haul-off, chipless cutter and turnover rack |
Industrial PE drainage pipe | Diameter stability and production continuity | Extrusion output matched with cooling and downstream speed |
Product name | 75-250mm PE Pipe Production Line |
Line type | Medium diameter PE pipe production line / HDPE pipe extrusion line |
Applicable material | PE80, PE100, HDPE and polyethylene compounds |
Pipe diameter range | 75-250mm, customized according to project |
Typical finished pipe | Straight PE / HDPE pipe with fixed length cutting and stacking |
Main equipment | Single screw extruder, color marking co-extruder, die head, vacuum tank, spray cooling tank, haul-off, chipless cutter, stacker / turnover rack |
Customization | Pipe SDR, wall thickness, output, voltage, cooling length, cutter type, rack layout and control system |
Core Machines for 75-250mm PE Pipe Extrusion
The 75-250mm range is a practical middle section between small coiled-pipe lines and large-diameter infrastructure lines. It is commonly planned for straight HDPE pipes used in water supply, irrigation mains, drainage, cable protection and industrial utility projects. The correct configuration depends on the main production diameter, SDR or wall thickness, required output and whether the finished pipe is cut and stacked as straight lengths.
Typical project | Configuration focus |
|---|---|
Water supply and irrigation main pipe | Stable diameter, optional color marking, continuous cooling and reliable fixed-length cutting. |
Drainage and utility pipe | Production continuity, wall-thickness stability and a receiving layout matched to pipe length. |
Cable protection duct | Required diameter, material grade, cut length and clean pipe handling after the cutter. |
Industrial PE pipe | Application pressure, material grade, output target and project-specific die selection. |
A 75-250mm headline range does not mean that every size can be produced at the same speed or output. The main production size should be confirmed first because the die head, calibration sleeve, cooling capacity, haul-off force and cutter settings change with pipe diameter and wall thickness.
75-110mm: often used for irrigation branches, utility water lines and cable protection; buyers should confirm whether straight or coiled production is required.
110-160mm: a common medium-diameter section for water, drainage and irrigation projects, with emphasis on sizing accuracy and stable haul-off.
160-250mm: typically requires more cooling and stronger downstream handling for heavier straight pipe, especially at thicker wall settings.
Multiple diameters: confirm the most frequently produced size and the expected mould changeover frequency before selecting the complete tool set.
This page is primarily positioned for medium-diameter straight PE pipe production with a chipless cutter and pipe stacker or turnover rack. If the project focuses on flexible small-diameter pipe supplied in coils, a coiler-based line such as the 20-110mm or 16-63mm PE configuration may be more appropriate. The final choice should follow the pipe diameter, minimum bending radius, wall thickness and delivery format required by the buyer.
For 75-250mm PE pipe, output cannot be evaluated separately from cooling and traction. A higher kg/h target requires sufficient cooling length to stabilize the pipe, a haul-off system that can maintain constant speed and a cutter that can keep the requested fixed length. If the line is used for thicker-wall or pressure pipe, the quotation should include the target SDR, material grade and production speed rather than only the nominal pipe diameter.
Buyer data | Why it affects the line |
|---|---|
Pipe diameter and SDR/wall thickness | Determines die tooling, output demand, cooling time and traction force. |
PE80, PE100 or other compound | Influences melt processing, pressure-pipe requirements and color-marking selection. |
Target kg/h or meters per minute | Helps compare the 33D or 38D model options and downstream capacity. |
Fixed length and receiving method | Determines cutter setup, stacker dimensions and workshop handling space. |
List the complete diameter range and the main size planned for regular production.
Provide SDR, wall thickness or pressure-class requirements.
Confirm PE grade, application and whether a blue, yellow or custom color mark line is needed.
Set the target output and preferred fixed pipe length.
Confirm straight pipe or coiled pipe delivery format.
Provide local voltage, cooling-water conditions and available workshop length.
Confirm whether stacking, printing, online measurement or other downstream options are required.
With these details, Winsoar can match the extruder, color marking unit, die head, vacuum calibration tank, spray cooling, haul-off, chipless cutter and pipe stacker to the actual medium-diameter PE pipe project.
This range is intended for producers whose main products are medium-diameter straight HDPE pipes rather than small coils. At 160-250mm, the pipe carries more weight and retains heat for longer, so the cooling length, traction force, cutter capacity and receiving layout must be considered together.
Diameter zone | Planning focus |
|---|---|
75-110mm | Water, irrigation and utility pipe with stable calibration and clean fixed-length cutting. |
110-160mm | Cooling capacity, haul-off synchronization and wall-thickness control for regular pipe production. |
160-200mm | Stronger traction and receiving support for heavier pipe and longer straight lengths. |
200-250mm | Large calibration tooling, extended cooling and safe pipe transfer or stacking. |
Increasing extruder output without increasing cooling or traction capacity can create ovality, surface marks or unstable wall thickness. The practical output should be specified for a real diameter and wall thickness, not only as a maximum number. Provide the intended pipe standard, SDR, target kg/h, line speed, cooling-water conditions and fixed length so the downstream equipment is not undersized.
Typical applications include municipal water supply, agricultural irrigation, drainage, industrial utility lines and cable or service protection. The final section may include a chipless cutter, receiving table, roller support, stacker or other handling equipment according to pipe length and workshop layout. For thick-wall pipe, tell us the expected bundle weight and lifting method before quotation.
For 75-110mm projects, a smaller line may be more economical when most production is below 110mm. For 200-250mm projects, the line should be planned around the largest pipe and the required cooling and handling space. This distinction keeps the line commercially useful across the actual product mix.
Video & Technical Parameters
The video shows the 75-250mm PE line structure, while the parameter table helps buyers compare the full PE / HDPE model range before confirming a project configuration.
Watch this 75-250mm PE pipe production line video on YouTube.
| Production line | Diameter range (mm) | Extruder type | Max. capacity (kg/h) | Max. haul-off speed (m/min) | Extrusion power (kW) |
| WS-63 I | 20-63 | SJ65/33 | 220 | 12 | 55 |
| WS-110 I | 20-110 | SJ65/33 | 220 | 12 | 55 |
| WS-160 I | 50-160 | SJ75/33 | 400 | 10 | 110 |
| WS-250 I | 90-250 | SJ90/33 | 400 | 6 | 110 |
| WS-450 I | 160-450 | SJ120/33 | 500 | 4 | 160 |
| WS-630 I | 400-630 | SJ120/33 | 850 | 2 | 280 |
| WS-800 II | 500-800 | SJ120/33 | 850 | 2 | 280 |
| WS-630 I | 315-630 | SJ120/33 | 850 | 2 | 355 |
| WS-800 I | 500-800 | SJ150/33 | 1100 | 1 | 400 |
| Production line | Diameter range (mm) | Extruder type | Max. capacity (kg/h) | Max. haul-off speed (m/min) | Extrusion power (kW) |
| WS-63 II | 20-63 | WSD60/38 | 320 | 30 | 70 |
| WS-110 II | 20-110 | WSD60/38 | 380 | 20 | 90 |
| WS-160 II | 40-160 | WSD60/38 | 460 | 15 | 110 |
| WS-250 II | 50-250 | WSD75/38 | 600 | 12 | 160 |
| WS-450 II | 110-450 | WSD90/38 | 850 | 8 | 250 |
| WS-630 II | 250-630 | WSD90/38 | 1050 | 4 | 280 |
| WS-800 II | 500-800 | WSD120/38 | 1300 | 2 | 355 |
| WS-1200 II | 710-1200 | WSD75/38 + WSD90/38 | 1450 | 1 | 160/250 |
| WS-1600 II | 1000-1600 | WSD90/38 + WSD90/38 | 1900 | 0.6 | 280/280 |
| Decision point | Practical guidance |
| WS-160 or WS-250 | If the project mainly covers below 160mm, WS-160 can be considered. If 200mm and 250mm pipes are required, WS-250 is usually the safer range. |
| 33D or 38D | 33D is a classical configuration. 38D is selected when higher output, faster line speed or stronger plasticizing efficiency is required. |
| Cooling length | 75-250mm PE pipes need enough cooling before traction and cutting, especially for thicker SDR pipe. |
| Cutting and stacking | This page is planned for chipless fixed-length cutting and pipe stacker / turnover rack discharge, not small coil pipe handling. |
| Quotation data | Send diameter range, SDR or wall thickness, pipe application, output target, mark-line requirement, fixed length and workshop layout. |
Before checking the final quotation, you can review the matching running video solution for this 75-250mm PE Pipe Production Line. See the medium diameter straight PE pipe line running test for irrigation, water supply, drainage and cable duct projects.
Machine Configuration
A 75-250mm PE pipe line needs balanced extrusion, sizing, cooling, traction, chipless cutting and straight pipe discharge. Each machine below is described as an independent function.
The single screw extruder provides stable PE / HDPE melt output for medium-diameter straight pipe production. Screw, motor power and control system are selected according to SDR, output target and material grade.
The color marking co-extruder adds blue, yellow or customized stripes when the pipe standard or project identification requires a mark line.
The pipe die head distributes PE melt and forms the pipe wall. For 75-250mm production, die head design affects wall thickness uniformity, pipe surface and mark-line stability.
The vacuum calibration tank controls outside diameter and initial pipe cooling. Medium-diameter PE pipe needs stable vacuum, water level and calibration sleeve matching.
The spray cooling tank continues pipe cooling before haul-off and cutting. For 75-250mm pipe, cooling capacity must match line speed and pipe wall thickness.
The haul-off machine pulls the pipe at synchronized speed. Stable traction is essential for wall thickness, cutting accuracy and smooth transfer to the stacker.
The chipless cutter provides fixed-length cutting for 75-250mm PE pipe without mixing chips into the working area. It is described separately from the stacker because cutting and discharge are different functions.
The pipe stacker or turnover rack receives finished straight pipes after cutting. Its length and discharge method should be planned according to pipe length, workshop layout and packing method.
| Item to confirm | Why it affects the 75-250mm line |
| Pipe diameter range | Determines whether WS-160 or WS-250 range is the practical selection. |
| SDR / wall thickness | Affects extruder output, cooling length, haul-off force and cutter selection. |
| Pipe application | Water, gas, irrigation, cable duct and drainage projects may require different mark lines and standards. |
| Fixed pipe length | Determines chipless cutter settings, stacker length and downstream handling. |
| Workshop layout | Affects tank placement, haul-off and stacker / turnover rack direction. |
| Output target | Used to decide classical 33D or high-efficiency 38D configuration. |
Factory, Packaging & Project Support
Winsoar supports PE and HDPE pipe extrusion projects from configuration design to production, assembly checking, export packaging and shipment planning.
Before delivery, each 75-250mm PE pipe line configuration is checked against the selected extruder, die head, cooling tanks, haul-off, cutter and stacker layout.
Key components such as die head, calibration sleeves, cutter parts, electrical cabinet and spare parts are checked according to pipe diameter and SDR requirements.
Medium-diameter PE pipe line equipment requires practical packing and loading planning because tanks, haul-off, cutter and stacker sections are longer than small pipe lines.
Winsoar confirms pipe diameter, SDR, fixed length, color mark line, output target, voltage and factory layout before preparing a line recommendation.
It is a medium-diameter HDPE pipe extrusion line for producing straight PE pipes from 75mm to 250mm, including extrusion, color marking, calibration, cooling, hauling, chipless cutting and stacker discharge.
This 75-250mm page is planned for straight pipe production with chipless cutting and pipe stacker / turnover rack. If your project requires small coiled pipe, Winsoar will recommend a different downstream configuration.
WS-160 and WS-250 configurations are usually the most relevant ranges. The final choice depends on maximum diameter, SDR, output target and whether 38D high-efficiency extrusion is required.
Yes. It can be configured for PE water supply pipes, PE gas pipes, irrigation main pipes, drainage pipes, cable ducts and industrial PE pipes according to the project standard.
Please provide pipe diameter range, SDR or wall thickness, material grade, application, output target, fixed pipe length, mark-line requirement, voltage and workshop layout.
Send Winsoar your diameter range, SDR, pipe standard, output target, mark-line requirement, fixed pipe length and workshop layout. We will recommend a suitable HDPE pipe extrusion line configuration.
Use these PE / HDPE pipe extrusion line guides to compare machine configuration, production process, equipment cost and diameter selection before confirming your project layout.
| Guide | When to read it |
| What Machines Are Included in a PE Pipe Production Line? | Check the complete equipment list, including extruder, die head, tanks, haul-off, cutter, coiler and stacker. |
| PE Pipe Production Line Process | Understand extrusion, vacuum calibration, cooling, haul-off and cutting process flow. |
| PE Pipe Production Line Cost | Review cost factors before requesting a PE or HDPE pipe extrusion line quotation. |
| How to Choose an HDPE Pipe Extrusion Line | Match pipe diameter range, SDR, application and output target to the right machine configuration. |
