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Clear protective film temperature is meaningful only when film construction, adhesive system, exposure temperature, exposure time, substrate, cooling, and post-heat checks are defined. This reference applies mainly to clear PET- or PE-based temporary protective films in heated processing or controlled storage. Use tested-grade or typical values for screening, then confirm peel, dimensional change, haze, edge condition, adhesive transfer, and removal on representative samples.
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- Material: Biaxially oriented PET polyester film
- Color: Milky white, hazy white, or natural clear by grade
- Thickness: 50 um – 350 um
- Width: Slit roll or master roll, custom width available
- Surface: Untreated, corona treated, or chemically treated
- Main use: Motors, transformers, FPC, FFC, and electrical gaskets
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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: removable PE protective film
- Surfaces: acrylic sheet, PMMA, plexiglass, smooth plastic sheet
- Colors: clear, blue, white, black-white, printed
- Thickness: 30-100 um by grade
- Adhesion: low, medium or adjusted tack
- Format: slit rolls with confirmed core and winding direction
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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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- Material: PET substrate with ITO conductive layer
- Conductive Side: Single-side ITO coating
- Sheet Resistance: 10-15, 30-50, 80-120 ohm/sq
- Light Transmittance: Typically >=82%
- Film Thickness: 125 um or 175 um PET
- Format: ITO PET roll or ITO PET sheet
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- Material: High-density polyethylene (HDPE)
- Forms: Film rolls, sheet rolls and cut sheets
- Density: Grade-dependent, typically 0.94-0.97 g/cm3
- Colors: Natural, milky white, black or custom color
- Processing: Slitting, sheet cutting and optional perforation
- Uses: Liners, separators and temporary barriers
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PET film puncture resistance describes how a defined PET, coated PET, or adhesive-backed PET construction responds to a controlled penetrating load. The result may include peak force, probe penetration, energy to failure, and the visible break pattern. These values support comparison of films exposed to sharp edges, local pressure, handling, or converting stress, but only under matched specimen and equipment conditions. Surface compatibility and removal behavior must be confirmed with the actual sample before full use. Puncture resistance is only one failure mode; the PET film properties comparison guide explains how to review tensile strength, elongation, thickness, shrinkage, optical properties, and surface behavior alongside puncture data.
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- Material: optically clear acrylic OCA adhesive
- Structure: no-substrate adhesive with PET release liners
- Thickness: 25um-250um, grade-dependent
- Appearance: transparent, low haze, clean surface
- Format: roll, sheet, kiss-cut or die-cut part
- Use: glass, touch layer, and display module bonding
