PTFE Pure film

The new investment on the high precision CNC skiving facilities are able to make the high precision films, starting from the thickness of 0.02mm with the tightest tolerance 0.003mm, making us stand out amongst numerous manufacturers . The new clean room facility was built to eliminate the problem of surface finish debris or dust particles.

YT-100 premium is manufactured from the highest quality virgin PTFE resins.

YT-300 standard is manufactured from the pure virgin PTFE resins.

YT500 high modulus is an oriented PTFE film with the advantage of higher tensile strength, dielectric strength and lower elongation.

Ø Etching treatment on one side or both sides is available for bonding.

Ø Available in standard widths of 300mm, 600mm, 900mm, 1000mm and 1270mm. Custom slit widths also available upon request.

Applications:

· Printed circuit board construction

· Flex circuit release sheets

· Wire and cable insulation

· Flexible hose construction

· Non-stick surfaces

· High temperature and chemical resistant

COMPOUNDED PTFE SKIVED FILM

To meet a very wide range of different industrial applications, we provide the compounded film filled by pigment, bronze, carbon, glass fiber and other special materials.

With the fillers, the compounded film can enhance the following properties:

· Low friction coefficient

· Durability and anti-aging

· Extremely high service temperature

· High resistance under pressure

· Extreme longevity and low operating costs

FUEN etching technology makes film bondable to plastic, metal, rubber surfaces, so that it widens the range of potential applications.

Skived UHMW PE film

The skived UHMW (ultra high molecular weight) Polyethylene film, in short UPE, is a high quality abrasion resistant film and suited for guide rails, slider bed linings, chute linings, countertops and other high wear surface

Available in standard widths of 100mm and 300mm.

PTFE SHEET

PTFE SHEETS is made from pure PTFE resin meet the requirements of most electrical, mechanical and industrial applications.