Product Description

Ultra-high molecular weight polyethylene shaped parts are mainly made of ultra-high molecular weight polyethylene, whose mechanical properties are higher than the general high density (unit :g/cm3 or kg/m3) polyethylene. 

Polymer polyethylene liner dielectric properties, environmental stress cracking resistance is good. Melting temperature 220~260C. For materials with larger molecules, a melting temperature range is recommended Between 200 and 250C. It has outstanding impact resistance, stress cracking resistance, high temperature creep resistance, low friction coefficient, self-lubricating, excellent resistance Chemical corrosion, fatigue resistance, noise (dB) damping, nuclear radiation resistance, etc.

Advantage
1, running resistance is small, reduce energy consumption, the company's production of polyethylene shaped parts using pressure Out of process production, the inner wall smooth. 
2, Polyethylene special-shaped parts are light in weight, easy to install, easy to maintain and transport, and lined with plastic steel pipe Steel frame only plays the role of pressure, can be reduced to the minimum pressure degree 
3, can be recycled, steel pipe only need one-time investment, can be used to repair the old steel pipe 
After lining glue continue to use, each lining glue is equivalent to 4-5 times the life of the metal tube. And in a Step saves money. 

Application
Because of its wear resistance, chemical resistance and good friction, polymer wear-resistant liners are mainly used in mass material handling, Food and beverage processing machinery, chemicals, mining and mineral processing equipment, recreational facilities, transportation, and plastic surgery implants.

Features
1. ultra-high molecular weight polyethylene board wear resistance and loss resistance, and the greater the molecular weight, the higher the wear resistance and impact resistance of the material; Used in many mechanical tracks. 
2. ultra high molecular weight polyethylene board impact strength is the highest value in the existing plastics, even at 70℃ still has a quite high impact strength; 
3. Self-lubricating; 
4. very low water absorption 
5. Chemical stability 
6. Non-adhesion