Thinned ultra-high molecular weight polyethylene (UHMWPE) films provide durable, non-stick properties for tank linings, elastomer laminates, electronic product release materials, gas and liquid containers, and a range of automotive applications.Features: High abrasion resistance, robustness, and mechanical stability; Self-lubricating, non-stick, and sound insulation properties.
Ultra-high molecular weight polyethylene (UHMW) exhibits superior abrasion resistance, even surpassing that of steel. Furthermore, UHMW possesses excellent chemical resistance and a low coefficient of friction, making it an extremely versatile engineering material suitable for numerous demanding applications.
UHMW polymers possess lubricity similar to polytetrafluoroethylene (PTFE), but with superior abrasion resistance, boasting an average molecular weight 10 times that of conventional high-density polyethylene resins. This high molecular weight makes UHMW polymers renowned for their unique combination of properties. Applications include the inner and outer surfaces of drinking water, chemical, fuel, and hydraulic hoses; the bottoms of skis and snowboards; chute linings to reduce friction and wear; automotive sealing strips; and thousands of other applications. Thicknesses range from 0.003 inches (3 mils) to 0.125 inches (125 mils). Products are available with or without adhesive, and packaging forms include sheets, slit rolls, and custom and standard die-cut shapes.
Applications: Tank linings; Elastomer laminates; Airtight and liquid-tight barriers in compensators and expansion joints; Electronic release materials; Low-friction and noise reduction in automotive applications.Customer satisfaction is our top priority.
We offer flexible, customized solutions, from precise raw material selection to professional after-sales support, ensuring we meet our customers' evolving needs in a superior and efficient manner.Features: Excellent chemical resistance; Excellent adhesion to metallic substrates; Excellent corrosion resistance; Excellent abrasion resistance; Good impact resistance; Aesthetically pleasing surface finish; Soft touch; Environmentally friendly material.
