PE-RT Pipe Production Line for Floor Heating Pipe
A PE-RT pipe production line for floor heating pipe is designed for stable small-diameter hot water pipe extrusion. The line normally combines a single screw extruder, PE-RT pipe die head, vacuum calibration tank, spray cooling tank, haul-off machine and pipe coiler. For underfloor heating projects, buyers should pay attention to pipe diameter accuracy, wall thickness stability, surface quality, coiling tension and long-time running reliability.
Direct answer: For floor heating pipe, choose a PE-RT pipe production line by confirming the PE-RT material grade, pipe diameter range, wall thickness, target output, cooling length, haul-off accuracy and coiler size. A practical configuration should keep the pipe round, smooth and stable during continuous extrusion and coiling.
1. Why PE-RT Pipe Is Used for Floor Heating
PE-RT pipe is widely used in radiant floor heating, underfloor heating and hot water pipe applications because it is flexible, easy to coil and suitable for continuous thermal cycling. A stable extrusion line helps keep the pipe outer diameter, wall thickness and surface finish consistent, which is important for installation quality and long-term heating system performance.
Winsoar's PE-RT Pipe Production Line is built for floor heating pipe extrusion with matched extrusion, calibration, cooling, traction and coiling equipment. For product range comparison, visit the PE-RT Pipe Production Line category page.
2. Main Machine Configuration
A floor heating PE-RT pipe line should be selected as a complete system instead of only by extruder model. Each downstream machine affects pipe roundness, cooling stability, printing and coiling quality.
| Machine Section | Function in Floor Heating Pipe Production | Selection Point |
|---|---|---|
| Single screw extruder | Plasticizes PE-RT material and provides stable melt pressure. | Match screw design, motor power and output target to PE-RT material. |
| Pipe die head | Forms the pipe melt into the required diameter and wall thickness. | Check flow distribution and die sizing for small-diameter heating pipe. |
| Vacuum calibration tank | Controls pipe outside diameter and initial cooling. | Confirm vacuum stability, water temperature control and calibration sleeve quality. |
| Spray cooling tank | Completes pipe cooling before traction and coiling. | Cooling length should match line speed and wall thickness. |
| Haul-off machine | Pulls the pipe steadily without deformation. | Traction speed must be synchronized with extrusion output. |
| Pipe coiler | Collects PE-RT pipe into neat coils for packaging. | Coiling tension and reel size should match floor heating pipe packaging. |
PE-RT Pipe Line Running Video
The video below shows the current PE-RT pipe production line media used on the new Winsoar product page.
Video link: PE-RT pipe production line for floor heating pipe
3. Process Flow for PE-RT Floor Heating Pipe
The typical process is material drying or feeding, single screw extrusion, die forming, vacuum calibration, spray cooling, haul-off, printing or marking, coiling and final inspection. For floor heating pipe, the coiling step is especially important because unstable tension can affect pipe appearance and packaging quality.
The process should also keep line speed and cooling balanced. If line speed is increased without enough cooling length, the pipe may deform during haul-off or coiling. If traction is unstable, the wall thickness may fluctuate.
4. How to Choose the Right PE-RT Pipe Line
Before asking for quotation, prepare the pipe specification and project target. The clearer the pipe range and output requirement, the easier it is to match the extruder, die, tanks, haul-off and coiler.
| Question | Why It Matters | Recommendation |
|---|---|---|
| What pipe diameter and wall thickness will be produced? | These decide die tooling, calibration sleeve and cooling length. | Provide the complete pipe size range, not only one sample size. |
| What PE-RT material grade will be used? | Material flow behavior affects screw selection and process temperature. | Share raw material brand or MFR when available. |
| What output per hour is required? | Output decides extruder size and downstream matching. | Choose practical output that the whole line can support continuously. |
| How will the pipe be packaged? | Floor heating pipe normally needs stable coiling. | Confirm coil diameter, coil length and packaging requirements. |
| What workshop space is available? | Cooling tanks and coiler need enough layout length. | Send workshop length, width, height and power supply before final layout. |
5. Related PE-RT and Pipe Production Line Options
For PE-RT floor heating and hot water pipe projects, start with the main PE-RT Pipe Production Line. Other PE-RT pages in the same product cluster include High-Speed Hot Melt Welding PE-RT Pipe Production Line, Low-Consumption Cutting PE-RT Pipe Production Line, Impact-Resistant Red PE-RT Pipe Extrusion Line, 20mm Alkali-Resistant PE-RT Pipe Production Line and Hospital Custom PE-RT Pipe Automatic Production Line.
If your project also includes other plastic pipe applications, compare the Plastic Pipe Production Line, PPR Pipe Production Line, PE Pipe Production Line and PVC Pipe Production Line categories.
6. FAQ
What pipe sizes are common for PE-RT floor heating pipe?
Common floor heating pipe projects often focus on small diameters such as 16mm, 20mm and nearby sizes. The final line configuration should be confirmed according to the requested diameter range, wall thickness and coil package.
Can one PE-RT pipe production line make hot water pipe and floor heating pipe?
In many cases, one PE-RT extrusion line can be configured for related hot water and floor heating pipe specifications, but the die tooling, calibration sleeve, cooling and coiling setup must match the actual pipe sizes.
What information should I send before choosing a PE-RT pipe machine?
Send the pipe diameter range, wall thickness, PE-RT material, output target, coil length, voltage, workshop size and any required printing or packaging method. Winsoar can then recommend a practical line configuration.
Selection note: For floor heating pipe, do not focus only on maximum extrusion output. Stable wall thickness, controlled cooling, accurate haul-off and smooth coiling are more important for long production runs.
Need a PE-RT Floor Heating Pipe Line?
Send Winsoar your PE-RT pipe diameter range, wall thickness, material, target output and coil requirement. We will recommend a complete PE-RT pipe production line configuration for your floor heating pipe project.
