Industrial applications of uhmw sheet product
Because UHMW-PE sheet has good abrasion resistance, environmental protection, anti-static, cushioning, high abrasion resistance, moisture resistance, corrosion resistance, easy processing, shock absorption, no noise, economy, no deformation, impact resistance, self-lubrication, so It is very suitable for the production of various wear-resistant mechanical parts, such as idlers, shaft sleeves, nozzles, stirring blades, artificial ice skate boards, and the application range is extremely wide.
Excellent resistance to environmental stress cracking, high resistance to repeated fatigue, excellent noise and vibration damping, can be used as anti-vibration pads for overhead, light rail bridge decks, dump trucks, dump linings, mortar, concrete containers and chute linings, easy to clean.
It is easy to clean with a variety of foods, and has been used as a cutting board for food processing plants, countertops for bakeries, and pasta machines. Cutting boards for leather mechanical punches have a service life that is more than four times longer than other plastics, and the surface can be reused by shaving one layer. Ultra high molecular weight polyethylene is a new material that is resistant to development and application in recent years. As a solid solid lubricant to protect frictional metal surfaces, it can reduce energy consumption, noise and expensive maintenance costs.
Ultra-high molecular polyethylene lining board has a very low friction coefficient: the static friction coefficient is 0.07, and it has good self-lubrication. It is an ideal bearing, shaft sleeve, slider, and lining material. UHMW-PE is used as the friction component of the equipment, in addition to improving the wear life, it also has energy saving effects.
Impact resistance of ultra-high molecular polyethylene liners: Impact resistance ranks first in plastics. Whether it is a strong external force impact or an internal pressure fluctuation, it is difficult to crack it. Its impact strength is 10 times that of nylon 66 and 20 times that of polyvinyl chloride; especially in low temperature environments, its impact strength has reached a high value, and its flexibility can provide extremely safe and reliable guarantee for the conveying system.
