
Ultra-High Molecular Weight Polyethylene Steel ...
Ultra-high molecular weight polyethylene steel skeleton composite wear-resistant pipe is a composite pipe made of ultra-high molecular weight polyethylene (UHMWPE) inner pipe as the matrix , a network skeleton formed by continuous spiral winding of high-strength steel wire after adhesive resin coating as the reinforcement , high-density polyethylene as the protective layer, and the matrix , reinforcement and protective layer are closely connected with adhesive resin , and the composite pipe is formed by melting and composite.
Ultra-High Molecular Weight Polyethylene Tubing
Ultra-high molecular weight polyethylene ( UHMW-PE) is a linear structure po lyethylene with an average viscosity molecular weight of more than 2 .5 million , and a very high relative molecular weight (the relative molecular weight of ordinary polyethylene is only 2-300 ,000) , giving it extraordinary performance and becoming a new type of thermoplastic engineering plastic with moderate price and excellent performance . It concentrates almost all the advantages of vario us plastics: impact resistance , low temperature resistance , wear resistance , impact resistance , chemical resistance , self-lubrication , etc.
Steel-Lined Ultra-High Molecular Weight Polyeth...
Steel-lined ultra-high molecular weight polyethylene ( UHMW-PE) composite pipe is made of ultra-high molecular weight polyethylene pipe and carbon steel pipe through scientific technology. It is characterized by a steel pipe with flange as the outer layer of the reinforcing sheath , and UHMW-PE as the inner layer of the base pipe , combining the characteristics of the two into one.
Polyvinyl Chloride (PVC-C) Pipes
Vinyl chloride (PVC-C) pipe is a special type of polyvinyl chloride pipe,and its full name usually refers to chlorinated polyvinyl chloride (Chlorinated Polyvinyl chloride) pipe. This pipe material is chlorinated on the basis of ordinary PVC to improve it sheat resistance, chemical resistance,mechanical strength and aging resistance.

