XPE XLPE IXPE EVA Foam Plastic Extrusion Machinery Internal Mixer Kneader

Making Foam Machine XPE XLPE IXPE EVA Internal Mixer Kneader Foam Machinery

XPE Foam Internal Mixer is a tipping bucket pressurized internal mixer with fast production speed, stable temperature control, and uniform mixing. It is suitable for mixing dozens of raw materials such as various rubber, plastics, color masterbatches, etc., and provides a variety of models for customers select.

• The mixing chamber, rotor, pressure weight and other components are all jacketed, which can be heated or cooled by medium, steam, heat transfer oil and water to meet various rubber (plastic) refining process requirements. The quality of processed materials is excellent and stable.
• The spiral angle and working length of the rotor ridges are reasonably designed to achieve the best kneading effect. The rotor ridges and end faces are cladding wear-resistant hard alloy. The surfaces of the mixing chamber, rotor and pressure weight that are in direct contact with the materials are all stainless steel, which are polished, bright, wear-resistant and corrosion-resistant.

Detailed Photos:


Internal Mixing Unit


FAQ:

Q1:What plastic foaming machines could you provide?
Internal mixer machine, Granulation machine, XPE foam extrusion machine,
XLPE Horizontal foaming furnace, IXPE Vertical foaming furnace, Embossing machine,
Foam laminating machine, Foam thicking machine, Glue coating machine, PE slicing machine.

Q2:What kind of services can you provide?
We are specialized in manufacture the XPE/IXPE Foaming equipment, in addition to installation and setup the production line, our service also includes provide raw material formula, process parameters and other technical services to the buyer freely.

Q3:Is there any vulnerable parts? How to do if the vulnerable parts damaged?
Yes, there are vulnerable parts. We provide you enough quantity of spare parts, these spare parts will ship to you with machines together.

Q4:Could you customize the plastic foaming machine?
Yes, Of course.