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  • COF of PET Film: Static and Kinetic Coefficient of Friction

    The COF of PET film describes resistance when a defined surface starts and continues sliding against another surface. This reference applies to uncoated, coated, treated and PET-based protective film used in unwinding, slitting, laminating and die cutting. Each result must be read with its tested sides, method, load and conditioning history. Equipment compatibility, adhesive behavior and removal performance still require sample testing on the actual material and process.

  • Release Liner For Stickers

    • Material:Glassine paper, kraft paper, PE coated paper, or PET film
    • Color:White, yellow, blue, clear, or custom color
    • Thickness:Paper 40–120gsm; PET film 25–75μm
    • Release Side:One-side or two-side silicone coating
    • Format:Jumbo roll, slit roll, sheet liner, or custom width
    • Use:Sticker rolls, kiss-cut sheets, printed stickers, and labels
  • Pe Screen Protection Film

    • Material: PE film
    • Color: Clear, blue, or milky white
    • Adhesive: Low-tack acrylic
    • Typical Thickness: 50–100 μm
    • Supply Form: Slit rolls or larger rolls
    • Main Use: Temporary screen surface protection
  • COF of PET Film

    COF of PET film is used to describe the friction behavior of polyester film surfaces during starting and sliding contact. In technical data, it is typically reported as static COF and kinetic COF under a defined method such as ASTM D1894 or ISO 8295. Public PET and polyester film datasheets show that reported values vary by grade, surface, and…

  • PET Film Electrical Insulation

    • Material: Electrical grade PET film / polyester film
    • Thickness:25–350 micron
    • Color:Clear, white, black, blue, or custom color
    • Surface:Smooth, corona-treated, coated, or laminated
    • Format:Jumbo roll, slit roll, sheet, strip, die-cut part
    • Use:Motor, transformer, coil, cable, battery, electronics
  • Polyester Film Melting Temperature Technical Data

    Conventional PET and BOPET films commonly show a polyester film melting temperature of about 245-260 C by DSC. The reported onset, peak, or endset varies with grade, orientation, thermal history, and scan conditions. Use it for base-film identification, not as a finished-film service limit. Confirm adhesive, coating, surface, dwell, and removal behavior under intended conditions.

  • Placeholder

    Protective Film for Mirrors

    • Film: PE or PET
    • Colors: clear, blue, milky white
    • Tack: low or medium
    • Surfaces: mirror face, mirror backing
    • Supply: slit rolls or jumbo rolls
    • Use: cutting, edging, storage, transport
  • Polyester Film Heat Resistance

    • Material: PET / BoPET polyester film
    • Common thickness: 12–250 microns
    • Color options: clear, milky white, matte, black
    • Surface options: plain, corona treated, coated
    • Supply format: jumbo roll, slit roll, sheet, die-cut
    • Main uses: insulation, laminates, labels, protection
  • Transparent PET Film

    • Material: Biaxially oriented PET
    • Color: Natural clear
    • Thickness: Typical reference 12-250 um
    • Formats: Master rolls, slit rolls, cut sheets
    • Surface: Untreated or basic treated options
    • Uses: Printing, lamination, packaging, graphics