PVC compound machine for cable and wire,pvc cable material pelletizing line

1. This line has excellent mixing performence, good self-cleaning performance and flexible modular configuration characteristics which make them suitable for processing different types of materials.

2. And this machine has been abroad applied to PVC cable material, and also XLPE material, low smoke free halogen cables, shield material,chemical crosslinking cable material, wood plastic, a wide range of uses.

3. It consisted of two stage components. The first stage is GSJ co-rotating twin-screw extruder, the second stage is GSJ single screw extruder. 4. This machine first of all to realize material better compounding and shearing by twin-screw, then the single screw fulfills the task of extruding and granulating.
5. The scientific and advanced structure can avoid material decomposition phenomena due to overheating. To combines the advantage of twin-screw and single screw together and complementation, likewise, propitious to every craft distribution and optimize so that making higher efficient and production capacity.

Below layout is just for your reference, we will provide with you the best and most suitable configurations as per your materials and special production requirements.

GSmach is a professional plastic,rubber and chemicals machinery researcher,designer and manufacturer with CE&ISO9001 certificates.
Our business is consisted of three parts: GS-mach Extrusion, GS-mach Recycle and GS-mach Rubber Tech.
1)GSmach Extrusion : Specializing in the researching and manufacturing the machinery for plastic extruding, granulating,pelletizing and extrusion molding.
2)GSmach Recycle : Specializing in the researching and manufacturing the machinery for waste plastic,rubber and chemicals recycling.
3)GSmach Rubber Tech : Specializing in the rubber machinery researching and manufacturing.

Over the years we have supply the world market, like USA UK FRANCE RUSSIA TURKEY SOUTH ASIA MIDDLE EAST SOUTH AMERICA, all kinds of plastic and rubber machine.