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We supply turnkey lines for PE/HDPE, PVC (U‑PVC/C‑PVC), PPR, multi‑layer composite, and corrugated pipes used in water, drainage, conduit, and gas. As an R&D‑led manufacturer in Kunshan, Jiangsu, we build CE‑certified equipment in an ISO 9001:2015 facility. Siemens PLC/HMI, ABB drives, patented process solutions, and our intelligent control deliver stable output, precise OD/SDR, and dependable lead times—typically about 60 days. Contact our pipe extrusion machine manufacturer team to discuss your resin, diameter, SDR, and automation.
Buyers usually search by material and method: PVC/HDPE/PPR pipe extrusion line, corrugated equipment, multi‑layer line, single‑screw or conical twin‑screw extruder. We configure systems by material first, then screw type, diameter, layers, and control level.
Built on conical or parallel twin‑screw extruders, coverage is 16–630 mm with single‑ or dual‑strand options. Vacuum calibration, spray cooling, servo haul‑off, and chipless planetary cutters hold OD tolerance and gloss for drainage, conduit, casing, and DWV.
Use U‑PVC for standard pressure/drainage and C‑PVC for higher temperature service. We match bimetallic screw/barrel and tune dies for high‑calcium or low‑smoke compounds.
For water and gas pipes, high‑output single‑screw extruders with spiral/basket dies and gravimetric dosing stabilize throughput from 16–1200 mm. Multi‑tank vacuum/spray cooling, caterpillar haul‑off, and chipless cutting support consistent SDR; options include ABA/ABC co‑ex, coilers, and laser OD/sag gauges.
Designed for hot/cold water pipes, 16–160 mm. Multi‑layer PPR/glass fiber/PPR lowers expansion and improves pressure performance. Accurate layer ratios, stable haul‑off, and blade or planetary cutters yield clean ends for socket fusion.
ABA/ABC and other structures combine virgin skins, recycled cores, barrier layers, and tie resins. Independent zones, multi‑manifold dies, and closed‑loop gravimetric control keep layers stable at speed.
Produce single‑wall (16–63 mm) and double‑wall (50–200 mm) corrugated pipes with continuous forming blocks and high‑vacuum forming. Controlled cooling delivers rigidity and low weight; options include inline perforation and cuff forming.
PVC 16–630 mm; PE/HDPE 16–1200 mm; PPR 16–160 mm; corrugated 16–200 mm. Typical outputs are 80–600 kg/h by resin, screw size/L/D, and setup; dual‑strand PVC boosts small sizes.
Barrier single‑screw suits PE and PPR for high output and low melt temperature. Conical twin‑screw for PVC ensures plasticizing of high‑fill recipes. Bimetallic barrels and nitrided/HIP screws extend life.
Siemens PLC/HMI and ABB drives with intelligent control support recipes, start‑up wizards, diameter control, gravimetric dosing, optional laser OD, and secure remote diagnostics.
IE3 motors, efficient heaters (ceramic/IR), insulated dies, optimized vacuum pumps, and water recirculation lower power and cooling demand.
CE‑marked equipment from an ISO 9001:2015 factory supports ISO 4427/EN 12201, EN 1555, ISO 1452, and DIN 8077/8078. We validate performance with your materials before shipment.
We customize screws, die heads, layer setups, calibration tanks, haul‑offs, cutters, coilers/stackers, and utilities to your resin, diameter, SDR, and throughput targets.
Pre‑delivery testing (FAT) with your formulations tunes screws, dies, and controls. On‑site commissioning, operator training, and start‑up recipes shorten time to rate. Contact our pipe extrusion machine supplier team to plan your FAT window.
Remote diagnostics, process audits, preventive maintenance, and fast spare parts via Shanghai/Ningbo help maintain uptime. Upgrades such as added co‑extruders or laser gauges extend capability.
Configure lines for ISO 4427/EN 12201 (water), EN 1555 (gas), and ISO 1452 (PVC). Stripe co‑extrusion or UV‑resistant skins aid identification and durability.
Gravimetric feeding meters stabilizers, fillers, and masterbatches for consistent MFR and dimensions. Vented screws and melt filtration enable recycled content, especially in inner or non‑pressure layers.
For outdoor pipes, use UV‑resistant skins and color stripes. For indoor plumbing, glass‑fiber reinforced PPR mid‑layers reduce expansion. Layer ratios and adhesion are tightly controlled.
With in‑house machining and over 120 complete lines per year, typical lead time is about 60 days. Standard modules speed engineering with critical customization.
Located in Kunshan with export via Shanghai/Ningbo, we manage packing, sea freight, and documentation. Lines ship after FAT and preservation for plug‑in commissioning.
PVC favors twin‑screw plasticizing and precise vacuum calibration. PE/HDPE runs best on high‑output single screws with spiral dies. PPR often adopts multi‑layer for thermal stability.
Q: Which configuration should I choose?
A: Conical twin‑screw for PVC (including C‑PVC/high filler); single‑screw for PE/HDPE and PPR. Add co‑extruders for stripes or multi‑layer.
Q: What diameters and outputs are available?
A: PVC 16–630 mm, PE/HDPE 16–1200 mm, PPR 16–160 mm; typical outputs 80–600 kg/h. Dual‑strand PVC doubles small‑size productivity.
Q: Can recycled materials be processed?
A: Yes. Vented screws, melt filtration, and gravimetric control support recyclate, especially in inner or non‑pressure layers.
Q: What is included in a turnkey supply?
A: Extruder(s), die/calibration, vacuum/spray cooling, haul‑off, cutter, coiler/stacker, dosing, electrical/automation, tools, documentation, FAT, commissioning, training, and optional inline measurement.
