Material: UHMWPE - Ultra High Molecular Weight Polyethylene - PE1000Having the highest molecular weight of all polyethylenes makes UHMWPE the most wear resistant. Typical impact properties of polyethylene and can operate at temperatures as low as -270°c.
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Print Version
| Colour | - | - | Natural/Black/Green | | Molecular Weight | ISO 1183 | g/cm³ | 5 Mil. | | Density | ISO 1183 | g/cm3 | 0.93 | | Service Temp Upper | - | °c | 90 | | Service Temp Lower | - | °c | -200 | | Yield Stress | ISO 527 : 50mm/min | N/mm² | >17 | | Elongation at yield Stress | ISO 527 : 50mm/min | % | =8 | | Breaking stress | ISO 527 : 50mm/min | N/mm² | =40 | | Elongation at break | ISO 527 : 50mm/min | % | >50 | | Elastic modulus | ISO 527 | N/mm² | =700 | | Ball indentation hardness : 30 sec value | ISO 2039-1 | N/mm² | =38 | | Shore Hardness D : 3 sec value | ISO 868 | - | 63 | | Shore Hardness D : 15 sec value | ISO 868 | - | 61 | | Notched impact strength | ISO 179 | mJ/mm² | - | | Wear by the sand and slurry method | Internal Test Method | - | 100 | | Vicat Softening Point VST | ISO 306/B | °c | 79 | | Crystalline melting range | ISO 3146 | °c | 130-135 | | Linear thermal expansion coefficient (23-80°c) | DIN 53752 | k-1 | 2 x 10-4 | | Thermal Conductivity | DIN 52612 | W/(K.m) | 0.41 | | Volume resistivity | VDE 0303/3 | Ohm/cm | 1014 | | Surface resistivity dry | VDE 0303/3 | Ohm | 1011 | | Dielectric strength | VDE 0303/2 | kV/mm | 45 | | Arc resistance | VDE 0303/5 | Grade | L4 | | |
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Availability:Generally supplied in sheet and rod form. Also available in Anti Static form and a more cost effective form which incorporates a proportion of regenerated PE1000. Please call for further details.
Applications:Star wheels, fenders, hand rails, wear strips, hopper linings, protection strips, chain guides.
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The data shown are typical values and are not intended to represent specifications. Their aim is to guide the user toward a material choice. Not all material sizes shown within the availability programme of this data sheet are available as standard. Please contact ABG Rubber and Plastics Ltd for further details.
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