| Polyethylene (PE) |
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Mechanical Properties
Modern PE 100 grades show a biomodel molecular weight distribution, ie, they consist of two different kinds of molecular chains
(short and long). These polyethylenes combine a high tensile strength with a high resistance against fast and slow crack propagation. In addition. The short molecular chains provide a good processability. |
| Similar to ABS, PE also shows a very high impact strength, even at low temperatures. For this test, a specimen is weakened with a sharp notch and then struck. In doing this, the impact energy absorbed by the material is measured. This test proves that polyethylene is insensitive to surface damage with subsequent impact stress. A robust behavior like this, combined with a high elongation to break, is of big advantage in a lot of applications, eg., in regions that have a high risk of earthquakes. |
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Size Range
20 mm to 1200 mm |
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| Metric - DIN 8063 |
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Advantages
Low weight
Outstanding flexibility
Good abrasion resistance
Corrosion resistance
High impact resistance even at
very low temperatures
Good chemical resistance
Safe and easy jointing by welding
Excellent cost-performance ratio
Temperature range -50 deg C to + 60 deg C |
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Products & Solutions 
