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PE1000 HMWPE2000 Low Friction Wear Liner Conveyor Liner UHMWPE Truck Bed Liner with a very low friction co-efficient and zero water absorption, UHMWPE lining are widely used to eliminate caking, bridging and hanging up of a variety of bulk materials in application extending through steel and cement production, mining and power generation. In new applications the use of UHMWPE liners facilitates shallower chute and hoper angles providing greater design freedom whilst in existing installations the simulation of steeper angles through a low friction co-efficient is often the solution to plant blockage problems.
Advantage of PE1000 HMWPE2000 Low Friction Wear Liner Conveyor Liner UHMWPE Truck Bed Liner:
1.Abrasive resistance which always have in thermoelectricity polymer.
2.Best shock resistance even in low temperature.
3.Low frictional factor, and well sliding bearing material.
4.Lubricity( no caking, in adhesion) .
5.Best chemical corrosion resistance and stress craze resistance.
6.Excellent machinery process ability .
7.Lowest water absorption(<0.01%) .
8.Paragon electric insulativity and antistatic behavior .
9. Nice high energy radioactive resistance.
10.Density is lower than other thermoplastics (< 1g/m3).
11.Long using temperature range: -269°C--90°C.
Radiation shielding.
PE1000 HMWPE2000 Low Friction Wear Liner Conveyor Liner UHMWPE Truck Bed Liner with a very low friction co-efficient and zero water absorption, UHMWPE lining are widely used to eliminate caking, bridging and hanging up of a variety of bulk materials in application extending through steel and cement production, mining and power generation. In new applications the use of UHMWPE liners facilitates shallower chute and hoper angles providing greater design freedom whilst in existing installations the simulation of steeper angles through a low friction co-efficient is often the solution to plant blockage problems.
Advantage of PE1000 HMWPE2000 Low Friction Wear Liner Conveyor Liner UHMWPE Truck Bed Liner:
1.Abrasive resistance which always have in thermoelectricity polymer.
2.Best shock resistance even in low temperature.
3.Low frictional factor, and well sliding bearing material.
4.Lubricity( no caking, in adhesion) .
5.Best chemical corrosion resistance and stress craze resistance.
6.Excellent machinery process ability .
7.Lowest water absorption(<0.01%) .
8.Paragon electric insulativity and antistatic behavior .
9. Nice high energy radioactive resistance.
10.Density is lower than other thermoplastics (< 1g/m3).
11.Long using temperature range: -269°C--90°C.
Radiation shielding.