75-160mm PPR glassfiber Pipe Extrusuib Machine/Pipe Making Machine

PPR Glassfiber PPR Composite Pipe Production Line

This pipe extrusion line is used to produce three layer PPR-Glassfiber-PPR Pipes. The highest speed for this line is up to 28m/min for pipe diameter 20*2.8mm. KAIDE is professional for high speed pipe extrusion machine and multilayer composite pipe co-extrusion machine.

Main Features

1) Gravimetric material feeding system is to control mateiral feeding according to pipe size and line speed, to get high qualified pipe with constant weight per meter. It also have other benefits, such as sortening start up time, saving raw material, simplifying operation. 

2) High efficient wear-resisting extruder for fiver reinforced plastic material, to guarantee the long service life and high speed extrusion. 

3) Adjustable co-extrusion die head can ensure even thickness of three layers. Each layer thickness can be adjusted freely; no need to adjust the extruder's rotation speed.

4)Multi-group rollers clamping structure hauling machine, which completely overcomes the problem of vibration 

5) SIMENS programmable PLC control with big color touch screen. Having multi-point close loop control and synchronous system.

Co-extrusion die head

Material: 40Cr high quality mould steel 

Features: Adjustable co-extrusion die head can ensure even thickness of three layers. Each layer thickness can be adjusted freely;

Vacuum Cooling Tank

Material: high quality stainless steel 304#
Features: sepecial designed two different cooling method, to meet cooling requirement of high speed extrusion; Calibrotor designed for high speed pipe production, with national invention patents.

Hauling Machine

Hauling method:High wear resistant belt hauling
Features:Multi-group rollers clamping structure hauling machine, which completely overcomes the problem of vibration

Cutting Machine

Cutting method: high speed knife cutting+ dustless saw cutting
Features: Two cutting way are designed together to meet cutting requirement of high speed production;