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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.
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- Material: PE or polyolefin forming-grade film
- Thickness: 50 um-100 um typical
- Color: Blue, clear, white, or black-white
- Adhesive: Removable acrylic or rubber-based adhesive
- Process: Deep drawing, stamping, forming
- Use: Metal sheet, appliance, automotive, kitchenware parts
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- Common roll width: 300 mm, 600 mm, 1000 mm, 1220 mm, 1650 mm
- Film thickness: 40 um-100 um
- Color options: Clear, blue, white, black-white, or printed marks
- Material: PE film with controlled hand-tear perforation
- Tear-off interval: 300 mm, 500 mm, 600 mm, 1000 mm, or custom
- Main use: Fast temporary covering for floors, counters, doors, windows, and duct openings
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- Common widths:24 in, 36 in, 48 in, or custom roll width
- Common length:200 ft per roll, custom length available
- Film material:PE / LDPE temporary closure film
- Adhesive:water-based acrylic adhesive, medium tack or high tack
- Color options:blue for visibility, clear for inspection
- Use area:open ductwork, air duct, vent opening, and HVAC fixture protection
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Polyester film water absorption is the percentage mass increase of a PET specimen after controlled water exposure. This TDS covers bare, treated, coated, and adhesive-backed PET constructions. Interpret results with thickness, conditioning, water temperature, exposure duration, and construction. Reference data can screen materials, but confirm the actual grade and finished structure by representative testing.
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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.
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- Material: PET material / polyester film
- Common thickness: 25 um-250 um
- Color: clear, matte, translucent, milky white
- Surface: untreated, corona treated, primer treated
- Processing: insulation, printing, lamination, die cutting
- Key properties: thermal stability, dimensional stability
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- Material: PET film with double side silicone coating
- Typical Thickness: 25 um, 36 um, 50 um, 75 um, 100 um
- Color Options: Clear, milky white, blue, red, or matte finish
- Release Design: Equal release or differential release liner
- Common Width: 300-1600 mm, slit roll available
- Main Use: Tape, label stock, foam tape, and die-cut liner
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- 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
