PPR Pipe Extrusion Machine
High-speed single screw PPR pipe extrusion line for hot/cold water pipes (20–160mm) — also handles PE, HDPE, PP up to 250mm
Custom-configured PPR pipe extrusion machine — also known as a PPR pipe making machine — designed for consistent wall thickness, dimensional accuracy to DIN 8077/ISO 15874, and reliable output across hot water, cold water, underfloor heating, and industrial chemical transport applications.
This PPR pipe extrusion line supports single-layer and 3-layer PPR-GF-PPR fiberglass reinforced configurations. The same extruder platform also functions as a plastic pipe extrusion line for PE, HDPE and PP pipes — with a die and calibration sleeve change plus parameter retuning, not a new machine.
What Is a PPR Pipe Making Machine?
A PPR pipe extrusion machine is a single-screw extrusion line that melts polypropylene random copolymer (PP-R) granules and forms them into continuous pipes for hot and cold water distribution, underfloor radiant heating, chilled water systems, and industrial chemical transport. These pipes are typically manufactured to DIN 8077/8078 or ISO 15874 standards.
PPR Pipe Extrusion Machine Technical Specifications & Model Selection
Core parameters for our SJ-Series PPR pipe extrusion lines. These configurations also process PE/PP/HDPE within the same diameter range. Custom configurations for higher output are available upon request.
Machine Configuration | Screw Dia. | L/D Ratio | Pipe Range (mm) | Max Output (kg/h) | Specfication |
|---|---|---|---|---|---|
JX-SJ65/33 (Dual) | 65 mm | 33:1 | 20-75 (x2) | 200-250 | Double Output Efficiency |
JX-SJ65/33 (Single) | 65 mm | 33:1 | 20-75 | 80-120 | Standard Production |
JX-SJ75/33 (Single) | 75 mm | 33:1 | 50-160 | 80-150 | Large Range Flexibility |
JX-SJ90/33 (Single) | 90 mm | 33:1 | 75-250 | 280-350 | High Capacity for Big Sizes |
Complete PPR Pipe Production Line Modules
A turnkey PPR pipe production line from hopper to stacker. Build the line as a complete system — configured by your pipe OD range, PN/SDR, layer structure, and packaging method. Below is the typical module list used in PPR pipe extrusion projects.

High-Efficiency Single Screw Extruder
- Motor: Siemens Beide (Inverter Duty)
- Drive: Direct Coupling (No Belts, Maintenance-Free)
- Inverter: ABB ACS580 High Performance
- Control: WECON PLC + Touch Screen
- Screw: Nitrided Steel (Depth: 0.8mm)
- Heating: FOTEK SSR Control
- Weight per meter control included

Auxiliary Co-Extruder
- Motor: Siemens Beide
- Drive: Direct Coupling (Reliable Power)
- Inverter: ABB ACS580
- Screw: Nitrided Steel (Depth: 0.8mm)
- Heating: FOTEK SSR Control
- Design: Independent Mobility & Adjustment

Vacuum Calibration Tank
- Material: SUS304 Stainless Steel (Corrosion Resistant)
- Cooling: High-Pressure 360° Spray System
- Control: Independent Vacuum Regulation
- Alignment: 3-Axis Adjustable (Precise Centering)
- Stability: Auto Water Level Control

Caterpillar Type Haul-Off
- Drive: 2x Independent Motors (Upper & Lower)
- Advantage: No Transmission Lash, Smoother Pulling
- Inverter: ABB
- Blocks: Wear-Resistant Rubber (No Pipe Damage)
- Control: Auto-Sync via Main HMI (Linked to Feeder Speed)

Chip-Free Cutter & 6m Stacker
- Method: Rotary Cutter (No Burrs, No Flash)
- Control: PLC + Touch Screen (Computer Board)
- Precision: Encoder Length Measurement (±1mm)
- Collection: 6m Stacker Included
- Action: Pneumatic Tipping (Scratch-Free Unloading)

Air-Cooled Industrial Chiller
- Function: Closed-Loop Water Cooling System
- Advantage: No Civil Water Pool Needed
- Install: Plug-and-Play Design
- Result: Constant Temperature = Stable Pipe Size
Ready to Configure Your PPR Pipe Line?
For quick questions or general price ranges, feel free to use the Quick Contact Sidebar on the right (or bottom on mobile).
However, for a precise configuration-based quotation, we recommend providing your specific requirements.
Applications — Where These Dip Tubes Go

Hot & Cold Water Plumbing
PPR is the dominant choice for residential and commercial water distribution in Europe, the Middle East, and Southeast Asia. Heat-fused joints eliminate leak points, and the material resists chlorine degradation and scale buildup.

Underfloor Radiant Heating
Underfloor systems demand dimensional stability under sustained temperature cycling. 3-layer PPR-GF-PPR fiberglass reinforced pipes are increasingly specified here for their lower thermal expansion coefficient.

Chilled Water & HVAC Systems
Commercial HVAC chilled water loops use PPR for corrosion resistance and smooth inner surfaces that minimize pressure loss. Larger diameters (75–160mm) are common in this segment.

Industrial Chemical Transport
PP and PPR pipes serve chemical transport where metallic pipes would corrode. Material grade selection depends on the specific chemicals — we evaluate compatibility during the configuration phase.
Why Manufacturers & Procurement Leaders Choose Jinxin
Pre-Shipment Production Verification
We don’t just check mechanical movement — we run full-load production trials before shipment.
- Dimensional Verification: We run the line to prove the mold delivers your exact pipe dimensions and tolerances.
- The “Start-Up Recipe”: We record the successful processing parameters (temperatures, speeds) used during the trial. You receive this Data Sheet to skip the guesswork and start production immediately.
- Material Calibration: Using special material? We recommend shipping your raw material to us for testing. We calibrate the machine to your reality, ensuring precision from start.
Transparent, Line-by-Line Quoting
Your quotation isn’t a vague summary. It is a line-by-line manifest listing every equipment component and brand (e.g., Siemens, ABB), ensuring the hardware matches the promise.
- Detailed Configuration List: Every motor, inverter, tank, and controller is listed by brand and model.
- Clear Service Options: On-site installation and training are quoted as a distinct, transparent line item—no surprise fees later.
- The “Final” Price: No hidden add-ons. What you sign is what you pay.
Global-Service Component Strategy
We strictly implement a “Service-Ready” Component Strategy to ensure your supply chain security.
- Tier 1 Global Giants: For core drives and motors, we use Siemens, ABB, RKC and Omron—available in almost any industrial city worldwide.
- Proven International Brands: For controls and electrics, we select brands like WECON and CHINT, which have established distributor networks across major markets.
- Result: Whether it’s a premium drive or a standard relay, verified quality and convenient maintenance are guaranteed.
Trust Credentials
A majority of our international clients expand their capacity with us — an indicator of long-term reliability.
Our equipment is CE-certified for global market compliance. We also provide Certificate of Origin to help minimize your import duties.
What Our Clients Say
PPR Pipe Extrusion Machine — Frequently Asked Questions
What materials can this PPR pipe extrusion machine process?
PP-R is the primary material. The same single screw extruder also processes PE, PP, and HDPE without changing the screw — only the die and calibration sleeve need to be swapped. 3-layer PPR-GF-PPR requires an auxiliary co-extruder and multi-layer die, available as add-on modules. This is why buyers searching for a PPR HDPE pipe extrusion machine often land on this platform — one extruder serves both resin families.
What pipe sizes and wall thickness tolerances can the line produce?
20–160mm OD for PPR, covering PN 10 through PN 20 per DIN 8077/8078. For 20–75mm, a dual-strand configuration runs two pipes simultaneously — roughly doubling output, such as 250 kg/h vs 120 kg/h, without doubling floor space. Larger pipes, 75–160mm and above, run single-strand. Weight-per-meter control is integrated to prevent material over-use while maintaining target wall thickness.
Can this line produce multi-layer PPR-GF fiberglass reinforced pipes?
Yes. We add an auxiliary co-extruder and multi-layer die head to the base configuration — downstream equipment stays the same. PPR-GF-PPR’s fiberglass middle layer significantly reduces thermal expansion, making it preferred for underfloor heating and hot water recirculation. We configure the co-extruder specifically for the fiberglass-PP compound you plan to use.
How much does a PPR pipe extrusion machine cost?
Approximate FOB China pricing for complete turnkey lines:
- Single-layer, single-strand, 20–75mm: $35,000 – $45,000
- Dual-strand high-volume, 20–75mm x2: $50,000 – $70,000
- Single-layer larger diameter, 50–160mm: $35,000 – $55,000
- 3-layer PPR-GF-PPR fiberglass, 20–160mm: $55,000 – $80,000
Includes: extruder, die, calibration, cooling, haul-off, cutter, stacker, and Tier-1 electrics. Excludes: chiller, printer, freight, and on-site installation.
Do we need to hire engineers for installation, or can our team handle it independently?
Both options are available:
- Independent setup: Modular design with aviation connectors, verified preset parameters, test videos, and full documentation.
- On-site support: Installation, commissioning, and operator training, with costs itemized in the quotation and no hidden fees.
What spare parts should we keep in stock?
Every Jinxin pipe production line ships with a starter kit: heater bands x2, die head heater sets x2, solid-state relays x5, cooling fan x1, and thermocouples x2. This covers 12–18 months of normal operation. All core components, including Siemens, ABB, Delta, Fotek, and WECON, are global brands, so long-term replacements can be sourced locally instead of only from China.
What is the lead time, warranty, and packing for ocean freight?
- Lead time: 45–60 working days from deposit, including fabrication, assembly, and full-load production trial with documented startup parameters.
- Warranty: 12 months full-line; HMI extended to 18 months. Tier-1 components carry their own manufacturer warranties.
- Packing: Fumigation-free wooden crates, anti-rust and moisture-proof protection. The cooling tank ships separately on a steel pallet.
What is the difference between PPR and PVC pipes and their extrusion machines?
PPR is heat-fused at joints, handles hot water up to 70°C continuous, and is extruded on a single screw machine. PVC is solvent-cemented, limited to cold water or drainage applications, and requires a twin screw extruder for powder processing.
The downstream equipment also differs. PPR needs longer cooling tanks and tighter calibration tolerances for pressure ratings. These are fundamentally different machines: a PPR line cannot process PVC, and a PVC line cannot produce pressure-rated PPR pipe.
How is a PPR pipe extrusion machine different from a general plastic pipe extrusion line?
A PPR pipe machine is a single screw line configured for PP-R melt behavior and DIN 8077/ISO 15874 dimensional standards.
Key differences versus a general-purpose line include a PPR-specific compression ratio, 33:1 L/D, spiral die heads for uniform wall thickness under pressure ratings, and controlled cooling for PPR’s crystallization behavior. A PVC drainage line uses a completely different screw type and cannot produce pressure-rated PPR pipe.
Get Your Configuration-Based Quotation
Provide your PPR pipe extrusion machine targets below. Our engineers will design the layout (P&ID) and calculate the precise factory-direct price for you.
Only fill in what you know — our engineers will follow up on any missing details. Most fields are optional.











