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- Material: heat-stabilized PET polyester film
- Thickness: 50 um, 75 um, 100 um, 125 um, 175 um
- Surface: corona treated, primer coated, or chemically treated
- Color: clear, slightly hazy, or white
- Ink fit: silver ink, carbon ink, dielectric ink
- Uses: flexible circuits, printed sensors, RFID antennas, membrane switches
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- Common supply form: jumbo roll, slit roll, sheet, or die-cut parts
- Appearance: clear transparent film for visible bonding areas
- Typical film base: PET clear film or heat-resistant specialty film construction
- Adhesive direction: clear acrylic bonding grade or process-matched adhesive system
- Typical use: transparent bonding, lamination, masking, and insulation
- Order style: factory production for industrial converting projects
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- Product Type: Clear adhesive film for graphic and photo mounting
- Manufacturer: Films Protective Company
- Appearance: Transparent adhesive layer with clear release liner
- Common Widths: 635 mm, 1040 mm, 1300 mm, 1520 mm, custom width available
- Application Method: Cold lamination, roller pressure, face mounting
- Main Uses: Acrylic photo panels, display boards, printed graphics, rigid presentation panels
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- Material: PE-based monoaxially oriented film
- Appearance: Transparent, gloss, matte or application-specific finish
- Thickness: Grade-dependent; downgauged options by trial approval
- Width: Custom slit width for converting lines
- Treatment: Single-side or double-side corona treatment
- Supply Form: Finished rolls with confirmed winding direction
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- Material: PET base film with EVA adhesive layer
- Finish: Clear gloss or clear matte
- Thickness: 25um-250um roll thickness
- Temperature: 90C-120C typical range
- Optical Data: >=90% light transmittance, <=3.0% haze for clear gloss grade
- Use: Thermal print lamination and printed material protection
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An aluminum panel protective film application must keep the visible finish protected from lamination through fabrication, transport, installation and controlled removal. It is relevant to mill-finish, anodized, brushed, painted, powder-coated and coil-coated aluminum, including aluminum composite panels. The main risks are trapped particles, scratches, edge lift, film movement, difficult peeling, residue and coating appearance change. Selection should be based on the actual surface, coating condition, fabrication stress, expected exposure and removal stage—not thickness or tack alone—and should be confirmed through an actual-panel trial before full use.
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- Material: PET / BOPET polyester film
- Color: Deep matte black
- Typical Thickness: 25 um to 188 um
- Surface: One-side matte or two-side matte
- Main Functions: Light blocking, insulation, die cutting
- Typical Uses: Labels, gaskets, spacers, shielding parts
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- Material: Non-adhesive LDPE, LLDPE, or PE blend
- Appearance: Transparent, semi-transparent, or customized color
- Formats: Flat film, tubing, sheeting, bags, and liner bags
- ESD control: Grade-dependent dissipative performance
- Processing: Slitting, heat sealing, bag making, and printing
- Applications: IC, PCB, FPC, and electronic-component packaging
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Chemical resistance PET film data is meaningful only when construction, reagent, concentration, contact method, temperature, and exposure time are defined. It applies to PET/BOPET base film, coated PET, and adhesive-backed protective film. Compare appearance, haze, mechanical retention, coating integrity, and peel behavior after exposure. Actual-substrate testing should confirm sensitive coatings, repeated cleaning, or delayed removal.
