CRATUSS SD400 UHMWPE Film Polyethylene Film

Products Description UHMWPE FILM is a non-fibrous ultra-high molecular weight polyethylene stripe material .The monolithic structure provides high strength,high modulus,low density,and high impact energy absorption .It has become a better choice for manufacturers in different industries. UHMWPE...

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Products Description

Specification	Description
wear-resistant	The use of international first-class raw materials, molecular weight of up to 9.2 million, so the resistance is extremely high, 5.3 times higher than polytetrafluoroethylene (PTFE), 7.5 times higher than POM(steel/polyformaldehyde), is currently the most wear-resistant of all synthetic resins.
Chemical resistance	High chemical stability, in a certain temperature and concentration range can resist a variety of corrosive media and organic media
Impact resistance	High impact strength, 2 times that of polycarbonate (PC), 5 times that of ABS
self-lubricating	Good self-lubrication, friction coefficient is only 0.07~0.11.
Silence and reduce noise	The impact performance absorption value is the highest in all plastics, and the noise reduction effect is good.
Food grade	Completely hygienic and non-toxic, can be used in contact with food and drugs, with FDA certification report.
Light weight	The density is 0.91~0.94g/cc, the smallest in all engineering plastics, 58% lighter than polytetrafluoroethylene (PTFE), 22% lighter than polycarbonate (PC), and the density is 1/8 of steel.
Electrical impedance	Conductive, antistatic, and insulating UHMW-PE films are available according to customer requirements.
Chroma	Available in translucent, black and a variety of custom color films.
Temperature optional	The high temperature resistant film is developed, which overcomes the defect of high temperature resistance of conventional UPE film, and can be used for a long time at the working temperature of 120 degrees Celsius.
Simple process	Developed and customized modified UPE film, which can be bonded with all kinds of rubber without adhesive.