Polyethylene 500 / PE HMW
Polyethylene 500 / PE HMW is a high-molecular polyethylene (PE-HMW/PE 500) which is outstanding for its good mechanical properties such as scratch- and cut resistance and excellent acid resistance.
The material is used in various branches of industry such as the foodstuffs and bottling industry or in medical technology.
Polyethylene PE500 / HMWPE sheets and rods - offer increased wear resistance and impact strength compared to HDPE. It is extremely strong with excellent resistance to chemicals and low temperatures.
PE500 - HMWPE also has very low moisture absorption, excellent non-stick properties and is FDA approved.
PE 500 / PE-HMW rods
PE 500 / PE-HMW rods High molecular weight Polyethylene 500 also known as HMW-PE or PE 500 is thermoplastic with high molecular weight (as determined by viscometric method). Thanks to their high molecular weight, this type of HMW-PE is an ideal material for applications requiring excellent sliding properties and wear resistance. Characteristics of the PE500 rods: good mechanical features good sliding features antivibrating dimensionally stable scatc..
PE 500 / PE-HMW sheets
PE 500 / PE-HMW sheets High molecular weight Polyethylene 500 also known as HMW-PE or PE 500 is thermoplastic with high molecular weight (as determined by viscometric method). Thanks to their high molecular weight, this type of HMW-PE is ideal material for applications requiring excellent sliding properties and wear resistance. Characteristics: good mechanical features good sliding features antivibrating dimensionally stable scatch- and cut-pro..
Polyethylene PE 500 / PE-HMW - Antimicrobial sheets
Polyethylene PE 500 / PE-HMW - Antimicrobial sheets As a very reliable type of Polyethylene for the food sector we offer this antimicrobial material. This kind of HMW-PE / Polyethylene 500 is an adapted antimicrobial material, making it ideal for direct and repeated food contact. It has an Antimicrobial effect against bacteria, viruses, molds, yeasts and fungi. HMW PE 500 antimicrobial version or Antimicrobial High Molecular Weight Polyethylene..
Polyethylene PE 500 / PE-HMW - Black AST - Anti-Static sheets
Polyethylene PE 500 / PE-HMW - Black AST - Anti-Static sheets This is a PE 500 - polyethylene HMW material with permanently antistatic properties and a specially balanced electrical properties. The electrostatic surface charge of the black AST polyethylene is reduced, dust is not attracted by it and no electrostatic discharge occurs. Polyethylene PE 500 / PE-HMW - Black AST is an anti-static variant which contains a special conductive carbon additive in the m..
Polyethylene PE 500 / PE-HMW - DR - Regranulate sheets
Polyethylene PE 500 / PE-HMW - DR - Regranulate sheets The confetti type PE-500 polyethylene is Acid, alkali, salts, rust, damages, cracks, abrasion and friction resistant. (PE 500) does not absorb moisture. Polyethylene PE 500 / PE-HMW - DR - Regranulate sheets are scratch-resistant, offer very strong slippage surface properties and abrasion resistance. Polyethylene PE 500 confetti type can be used in contact with food and drinking water, it's non-ha..
Polyethylene PE 500 / PE-HMW - High Temperature Resistant
Polyethylene PE 500 / PE-HMW - High Temperature Resistant This PE 500-based material is developed for long service life under higher temperatures. It has very high heat resistance up to 136 Deg C and good wear resistance. Polyethylene is a semi-cristalline thermoplastic with high durability and chemical tolerance, but thermal strength is rather low compared to several other plastics and can not be used at high temperatures. Regarding their molar mass (molecular w..
Polyethylene PE 500 / PE-HMW - Natural - UV resistant
Polyethylene PE 500 / PE-HMW - Natural - UV resistant The regular High Molecular Weight Polyethylene (HMW-PE) as a standard is not considered to be UV stable. When exposed to sunlight and other UV light it will degrade fairly quickly. Extended exposure to sunlight radiation, and ultraviolet rays in particular, results in polyethylene being weathered. The higher energy spectrum of the UV light causes a compound breakdown of the polyethylene elements without proper t..