High Speed PPR Pipe Production Line

The PPR Pipe Extrusion Line is a complete production system for manufacturing PPR pipes through continuous extrusion. PPR raw material is fed into the extruder, plasticized by the screw and barrel, shaped through the pipe die, sized by vacuum calibration, cooled by water, pulled by the haul off unit, and finally cut into fixed lengths for stacking.

PPR pipe production is mainly used for building water supply, hot and cold water transportation, heating systems, and related pressure pipe applications. Compared with general PE pipe applications, PPR pipe production usually focuses more on indoor water supply, hot water resistance, pipe surface quality, stable wall thickness, and clean fixed length cutting.

Suitable Raw Materials

This production line is mainly suitable for:

• PPR raw material

• PPR pipe grade material

• Polypropylene random copolymer compound

• Color masterbatch

• Modified PPR material, depending on pipe structure and application

For hot water pipe, pressure pipe, or composite pipe production, the raw material grade and formulation should be selected according to the required pipe standard and final application.

Applicable PPR Pipe Products

The line can be configured for different PPR pipe products by changing die tooling, calibration sleeves, co extrusion units, cooling length, haul off type, and cutting method.

Common Pipe Applications

• PPR hot water pipe

• PPR cold water pipe

• Building water supply pipe

• Heating pipe

• PPR color stripe pipe

• PPR multi layer pipe

• PPR fiberglass reinforced pipe, if matched with composite extrusion configuration

For standard single layer PPR pipe, one main extruder is commonly used. For color stripe pipe, multi layer pipe, or composite pipe, the line may require additional co extruders, special die heads, and matched downstream cooling and cutting sections.

The following parameters are based on typical configurations for PPR pipe production. Final specifications can be customized according to production requirements.

Parameter Notes

• Output capacity varies depending on pipe diameter, material formulation, and production conditions.

• Customized configurations are available to meet specific production requirements.

• Technical parameters can be adjusted for different factory layouts and automation levels.

PPR pipe production lines are commonly used for pipe products in residential buildings, commercial buildings, heating systems, and indoor water supply projects. The final pipe application affects the selection of raw material, pipe diameter, wall thickness, pipe layer structure, die design, cooling section, haul off structure, and cutting method.

Hot and Cold Water Pipe Production

For hot and cold water pipe production, the line should focus on stable extrusion output, accurate pipe diameter, consistent wall thickness, smooth pipe surface, and reliable fixed length cutting. These factors are important for pipe installation, welding, and long term use in building water systems.

Heating and Building Pipe Production

For heating pipe and building pipeline applications, the line configuration should be selected according to pipe pressure class, pipe diameter range, material grade, and production speed. If the pipe requires special color stripes, marking, or multi layer structure, matched co extrusion and marking systems should be considered.

Configuration Selection Factors

Before selecting the line configuration, the following factors should be confirmed:

• Target pipe diameter range

• Pipe wall thickness requirement

• Single layer or multi layer pipe structure

• Raw material type and grade

• Required production capacity

• Cooling length and workshop layout

• Cutting method and pipe length requirement

• Optional color stripe, marking, or co extrusion requirement

A clear configuration plan helps match the extruder, die head, calibration tank, cooling tank, haul off, cutter, and stacker with the final PPR pipe product.