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  • Touch Screen Protection Film

    • Material: PET film
    • Finish: clear gloss / matte / anti-glare
    • Typical thickness: 100–250 microns
    • Surface option: hard coat / anti-fingerprint
    • Supply form: rolls, sheets, die-cut pieces
    • Adhesive option: removable or application-matched adhesive
  • Adhesive Backed Polyester Film

    • Material: PET polyester film with pressure-sensitive adhesive
    • Typical film thickness: 25 / 36 / 50 / 75 / 100 microns
    • Adhesive options: acrylic or silicone
    • Color options: clear, blue, milky, matte black, or custom
    • Supply form: log rolls, slit rolls, sheets, or die-cut pieces
    • Common uses: insulation, masking, surface protection, lamination, and converting
  • Thermal Protection Plastic Film

    • Material: PE-based removable protective film
    • Color: Clear, blue, white or custom
    • Thickness: 30-120 um typical range
    • Width: 20-2200 mm customizable
    • Adhesive: Acrylic or rubber-based pressure-sensitive adhesive
    • Use: Plastic sheet and formed part protection
  • Placeholder

    Anti Static PET Film

    • Material: clear PET / BOPET polyester film
    • Color: transparent clear, light tint by request
    • Thickness: 25-250um typical factory range
    • Function: anti static surface charge control
    • Supply form: slit roll or cut sheet
    • Use: electronic, optical, and clean converting
  • Self Adhesive PET Film

    • Crystal-Clear Transparency: Over 90% light transmission with minimal haze
    • Advanced Silicone Adhesion: Removable cleanly without sticky residue
    • High-Heat Stability: Withstands up to 150 °C (302 °F)
    • Anti-Fog Functionality: Prevents hazing and clouding in humid conditions
    • Simple Installation & Removal: Bubble-free application, easy to reposition
    • Extra Protection Option: UV-blocking or anti-scratch coating available
  • 125 Micron Polyester Film

    • Thickness:125um / 0.125mm / 5 mil
    • Material:Biaxially oriented PET film
    • Surface:Clear, matte, treated, or coating-ready
    • Format:Roll, slit roll, or sheet
    • Processing:Printing, lamination, punching, die cutting
    • Use:Overlay, insulation, spacer, carrier layer
  • 250 Micron PET Film

    • Thickness: 250um / 0.25mm for rigid support parts
    • Material: PET polyester film with insulating properties
    • Color Options: Clear, translucent, milky white, black or custom color
    • Surface: Smooth, flat surface with low-curl control
    • Processing: Slitting, sheeting, punching, cutting and die-cutting
    • Main Uses: Insulation gasket, spacer layer, washer and panel backing
  • Laser Cutting Stainless Steel With Protective Film: Adhesion and Cut Quality Solution

    Laser cutting stainless steel with film is most reliable when the protective layer, stainless steel finish, lamination method, laser process, part geometry, and removal timing are validated as one system. This guide addresses bubbling at pierce points, lifting along cut paths, film shrinkage, surface contamination, scratches, adhesive transfer, and difficult removal on 2B, BA, mirror, brushed, hairline, and coated stainless steel. It is intended for sheet-metal processing where the film remains on the plate during cutting and may continue through bending, stacking, storage, or transport. The main acceptance test is a production-representative trial on the actual surface, machine, and removal schedule.

  • Chemical Resistance of PET/Polyester Films

    PET film chemical resistance describes how an uncoated polyester carrier or a complete coated, adhesive-backed or laminated construction responds to controlled contact with acids, alkalis, solvents, cleaners and process fluids. This technical reference connects film structure, exposure conditions, mechanical and optical checks, peel behaviour and failure observations. Published data can support initial screening, but the supplied grade, actual chemical formulation, protected surface and intended dwell condition should be confirmed by sample testing. Chemical exposure data should not be treated as a penetration limit; evaluate localized loading separately with the PET film puncture resistance technical data.