Twin-screw PVC pipe line for water supply, drainage and conduit pipes.
Range 16-200 mm
Output 120-400 kg/h
PVC PIPE PRODUCTION LINE
6 configurations for PVC water supply, drainage and electrical conduit pipe.
PVC pipe lines produce pressure pipe, drainage pipe and electrical conduit from heat-sensitive PVC compound. A complete configuration combines a twin-screw extruder, pipe tooling, vacuum sizing, water cooling, haul-off, cutting and optional belling. The correct line depends on the pipe standard, diameter and wall-thickness schedule rather than a single catalogue output figure.
PVC pipe lines produce pressure pipe, drainage pipe and electrical conduit from heat-sensitive PVC compound.
Available configurations
Select a machine configuration to review images, application notes, technical parameters and inquiry details.
Four-output PVC conduit line for higher daily pipe capacity.
Range 16-32mm
Output 5.5-6.5 tons/day
CPVC electric pipe line for cable protection and conduit applications.
Range 16-630mm
Output 150-700kg/h by model
Multi-layer PVC pipe line for stronger water supply and drainage pipes.
Range Various PVC pipe diameters by project
Output Configured by pipe diameter and wall thickness
PVC water pipe line configured for agricultural and building supply.
Range 16-630 mm
Output 80-800 kg/h
PVC water supply pipe line with extruder, calibration, cutting and optional belling.
Range 16-630mm
Output 50-550kg/hr by model
Selection guide How to specify a pvc pipe production line
Small conduit projects may use two- or four-cavity tooling to increase production speed, while medium and large pressure pipe normally uses single-cavity tooling with longer cooling and heavier downstream equipment. Confirm the PVC formulation, required mould sets, socket type, factory voltage and available workshop length before comparing proposals.
A complete proposal should identify what is included and excluded: main machine model, screw and barrel specification, drive and control components, tooling, downstream equipment, auxiliary systems, test conditions, documentation, packing and service. Ask the supplier to connect every quoted capacity to a stated material and product size. Final acceptance points should be written into the technical agreement before manufacturing starts.
For a useful configuration review, send the full product schedule instead of only the largest size. Include drawings or standards, material source, expected operating hours, local voltage, destination and workshop dimensions. This allows the engineering team to check changeovers, cooling capacity, utility demand and future expansion as one production system.