Strongly improve the UHMWPE board process and production capacity
Addtime:
2021-07-12
Ultra-high molecular weight polyethylene has unparalleled performance advantages: ultra-high wear resistance, 4-7 times higher than steel pipes when transporting various ores and cinders, greatly improving the service life of the pipeline; it has extremely low friction Coefficient (0.05~0.11), excellent self-lubricity, can be used in food processing, beverage canning, pharmaceutical and other production lines to prevent pollution caused by the use of lubricating grease; non-sticking, non-scaling, low flow resistance, and long-term maintenance The flow rate and flow rate are not reduced; the impact strength is twice that of impact-resistant PC and 10 times that of nylon 66. After being processed into fibers, body armor can be made; in terms of chemical resistance, experiments have shown that even UHMWPE is in 80 types Soaking in an organic solvent for a month, there is almost no change... As a thermoplastic engineering plastic with excellent comprehensive performance, ultra-high molecular weight polyethylene has become the well-deserved "king of plastics"
Ultra-high molecular weight polyethylene has unparalleled performance advantages: ultra-high wear resistance, 4-7 times higher than steel pipes when transporting various ores and cinders, greatly improving the service life of the pipeline; it has extremely low friction Coefficient (0.05~0.11), excellent self-lubricity, can be used in food processing, beverage canning, pharmaceutical and other production lines to prevent pollution caused by the use of lubricating grease; non-sticking, non-scaling, low flow resistance, and long-term maintenance The flow rate and flow rate are not reduced; the impact strength is twice that of impact-resistant PC and 10 times that of nylon 66. After being processed into fibers, body armor can be made; in terms of chemical resistance, experiments have shown that even UHMWPE is in 80 types Soaking in an organic solvent for a month, there is almost no change... As a thermoplastic engineering plastic with excellent comprehensive performance, ultra-high molecular weight polyethylene has become the well-deserved "king of plastics"
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