The 2-Cavity PVC Pipe Extrusion Line is a high-efficiency solution designed for producing two PVC pipes simultaneously on one production line. It is suitable for manufacturing electrical conduits, water supply pipes, and cable protection pipes with stable dimensions and reliable quality. Equipped with a conical twin-screw extruder and coordinated downstream units, the line helps improve output, reduce labor cost, and support continuous PVC pipe production.
Double Output: Features dual-strand die head and SJSZ extruder to double production capacity.
Warranty: 1-year warranty with full remote service (free parts, diagnosis, & online guidance).
Delivery: Standard production cycle is 2 months.
The 16–32mm Four Cavity PVC Conduit Pipe Extrusion Line is designed for manufacturing small-diameter PVC conduit pipes.
The four-cavity extrusion design enables the line to produce four pipes simultaneously, improving productivity while reducing factory space and labor requirements.
The 2-Cavity PVC Pipe Extrusion Line is a high-efficiency solution designed for producing two PVC pipes simultaneously on one production line. It is suitable for manufacturing electrical conduits, water supply pipes, and cable protection pipes with stable dimensions and reliable quality. Equipped with a conical twin-screw extruder and coordinated downstream units, the line helps improve output, reduce labor cost, and support continuous PVC pipe production.
Double Output: Features dual-strand die head and SJSZ extruder to double production capacity.
Warranty: 1-year warranty with full remote service (free parts, diagnosis, & online guidance).
Delivery: Standard production cycle is 2 months.
The 16–32mm Four Cavity PVC Conduit Pipe Extrusion Line is designed for manufacturing small-diameter PVC conduit pipes.
The four-cavity extrusion design enables the line to produce four pipes simultaneously, improving productivity while reducing factory space and labor requirements.
This comprehensive guide details the continuous plastic extrusion process, explaining the thermo-mechanical working principles from raw material feeding to die forming and downstream cooling. It provides an objective overview of essential equipment components, analyzes common thermoplastic material characteristics, and offers practical engineering guidelines for selecting the optimal single or twin-screw extruder to ensure dimensional accuracy in high-volume production.
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