Adhesive Plastic Sheet for Mounting and Lamination
- Materials: PET, PE, PVC sheet
- Adhesive: acrylic PSA
- Color: clear, white, black, custom
- Form: sheets, cut pieces, die-cut parts
- Liner: paper or PET release liner
- Use: mounting, lamination, assembly
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Laser Cut Plastic Film
- Material: PET, polyester, polycarbonate, polyimide, or custom technical film
- Color: clear, translucent, matte, black, or custom tinted
- Common thickness: 25-250 microns
- Supply form: roll, sheet, slit roll, or converted format
- Surface option: plain, coated, adhesive-backed, or linered
- Typical use: stencil cutting, insulation parts, overlays, and protective processing
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PE Thermoplastic Adhesive Film for Heat Lamination and Bonding
- Material: PE / modified polyolefin hot melt adhesive film
- Color: Milky white, translucent, or natural by grade
- Thickness: Commonly 20 um-200 um, adjustable by structure
- Supply: Full roll, slit roll, sheet, or die-cut piece
- Liner: Release paper, release film, or liner-free option
- Use: Heat lamination, hot pressing, and industrial assembly
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High Density Polyethylene Film
- 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 Technical Data
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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Polyethylene Film Vapor Retarder: ASTM E1745 Technical Data
This ASTM E1745 technical data explains how a polyethylene film vapor retarder should be reviewed below concrete slabs. It separates standard limits from typical references, lot-specific results, and project-confirmed values for thickness, water vapor permeance, tensile strength, puncture resistance, conditioned performance, and traceability. Final acceptance should use the submitted grade, current reports, and a representative mock-up under intended project conditions.
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PET Films For Printed Electronics
- 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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Self Adhesive Protective Film for Control Panels
- Material: PETor PE
- Color: Clear or matte
- Adhesive: Acrylic
- Tack Level: Low to medium
- Thickness: 50-100 microns
- Supply Form: Rolls, sheets, die-cut pieces
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Matte Stainless Steel Protective Film
- Material: PE protective film
- Adhesive: acrylic pressure-sensitive adhesive
- Colors: transparent, blue, black & white
- Thickness: 25–120 microns
- Tack level: low, medium, or high
- Suitable surfaces: matte, satin, and brushed stainless steel