Specifications

1.Low water absorption
2.Low friction factor
3.Excellent self-lubrication
4.Super wear resistant
5.ISO9001

Professional Supplier sell ultra high molecular weight polyethylene

 super rod 5mm rod   

1.Advantages

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

 

 

2.Performance index

Great liner material for industrial material handling applications 

The main performance comparison

High abrasion resistance

Materials	UHMWPE	PTFE	Nylon 6	Steel A	Polyvinyl fluoride	Purple steel
Wear Rate	0.32	1.72	3.30	7.36	9.63	13.12

 

Good self-lubricating properties,low friction

Materials	UHMWPE -coal	Cast stone-coal	Embroidered plate-coal	Not embroidered plate-coal	Concrete coal
Wear Rate	0.15-0.25	0.30-0.45	0.45-0.58	0.30-0.40	0.60-0.70

 

High impact strength, good toughness

Materials	UHMWPE	Cast stone	PAE6	POM	F4	A3	45#
Impact strength	100-160	1.6-15	6-11	8.13	16	300-400	700

 

 

 

 

• Features

  · Good Processability

  · Antioxidant

  · Good Impact Resistance

  · Good Toughness

  · Food Contact Acceptable

  · Good Stiffness

  · Non-toxic  

3.Packaging

 

    

 

5.Applictions 

UHMWPE has excellent abrasion resistance it  is often used for lining chutes, hoppers,slideways and wear blocks in aggressive enironments. it is often found in food production environments where high volumes of containers need to be guided along conveyors or production lines. Because its low moisture absorption, it is also found in some high demand areas of marine applications. UHMWPE is sometimes used in cryogenic components due to its low operating temperature abilities