Virgin PE1000 Wear Resistant 9million Molecular Weight UHMWPE Flame retardant Antistatic Sheet Plastic Engineering Board Cut-to-Size Service

Selling points of UHMWPE :
1.outstanding wear resistance, impact resistance
2.low friction coefficient, self-lubrication
3.It can replace carbon steel, stainless steel, bronze and other mateials for use in textiles/ papermaking/food machinery/transporation/medical treatment/coalmining/chemical industry and other departments.

Model:
PE1000
Brand:
ABOSN
Code:
40002000

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Quantity:



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Virgin PE1000 9million Molecular Weight UHMWPE Sheet with Cut-to-Size Service

Ultra-high molecular weight polyethylene (UHMWPE) is a thermoplastic engineering plastic that combines the superior properties of all plastics. 
The mechanical properties are higher than that of high-density polyethylene, and it has outstanding wear resistance, impact resistance, 
low temperature wear coefficient, stress cracking resistance, high temperature creep resistance, low friction coefficient, 
self-lubrication, excellent chemical corrosion resistance, fatigue resistance, noise damping, 
nuclear radiation resistance and other excellent properties. 
It can replace carbon steel, stainless steel, bronze and other materials for textile, papermaking, food machinery, transportation, 
medical care, coal mining, chemical industry and other sectors

Product Specifications

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***Data Sheet of UHMWPE sheet

(Test Temperature:21℃ Relative Humidity:55℃)

Property	Testing Method	Value
Molecular weight 1E6 g/mol	ASTM D4020	5
Density g/cm3	ISO 1183-1	0.96
Dynamic coefficient of friction	ISO8295	≦0.11
Notched Impact Strength (Charpy) kj/m2	ISO 11542-2	140-170
Abrasion Index (Sand-slurry)	ISO/DIS 15527	100-110
Hardness (Shore D)	ISO868	68
Elongation at break at 23 degree	ISO527	≥270
Yield strength MPa	ASTM D638	45
Tensile impact Ft-lbs/in2	ASTM D1822	≥436
Water absorption	ASTM D570	≦0.1
Compressive deformation % at 1000 psi	ASTM D621	6.0-8.0
IZOD Impact Ft-lbs/in2	ASTM D4020	Non-break
Thermal Expansion	DIN53752	≈2X10^-4 K^-1
Melting Temperature	DIN53736	135°C
Operating Temperature		-80 °C to+85°C
Volume Resistivity	DIN60093	10¹⁴Ohm-cm
Surface Resistivity	DIN60093	10¹⁵ Ohm