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- Material: NBR/PVC flexible elastomeric foam
- Foam Structure: Closed-cell
- Color: Black
- Common Thickness: 3 mm, 5 mm, 6 mm
- Common Width: 25 mm, 50 mm, 75 mm
- Adhesive: Pressure-sensitive adhesive with release liner
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- Material: Closed-cell neoprene foam
- Color: Black as standard
- Adhesive: Rubber PSA or acrylic PSA
- Liner: Kraft paper or PE-coated release liner
- Thickness: 1 mm-20 mm common range
- Format: Slit rolls, die-cut gaskets, kiss-cut parts
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- Material: Closed-cell PE foam carrier
- Thickness: 0.5 mm-3.0 mm typical
- Density: 45-100 kg/m3 typical
- Color: White, black, gray optional
- Adhesive: Rubber, acrylic, solvent acrylic PSA
- Processing: Slitting, die-cutting, warm pressing, laminating
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- Width: 10 mm-50 mm
- Thickness: 1 mm-5 mm
- Color: Black, grey, custom
- Backing: Heat resistant fiber composite
- Adhesive: High temperature self adhesive backing
- Use Area: Lid edge, door gap, window edge
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- Width: 90 mm / 100 mm
- Length: 20 m / 50 m
- Color: Yellow, white, gold
- Adhesive: Heat activated hot melt
- Placement: Below carpet joint
- Use: Heat iron joining
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- Material: PET/polyester film carrier with acrylic adhesive on both sides
- Color: Clear, translucent, black, or custom tinted film
- Thickness: 0.03 mm to 0.20 mm typical range
- Liner: Glassine paper, PE-coated paper, PET film, or double liner
- Format: Jumbo roll, slit roll, sheet, kiss-cut, or die-cut part
- Use: Nameplates, panels, overlays, membrane switches, and electronics
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- Standard widths: 10mm, 15mm, 20mm, 25mm
- Color: Transparent
- Carrier material: Thin PET film (25 u)
- Adhesive type: Skin-safe acrylic layer, 80 u
- Application: Temporary fabric-to-fabric or fabric-to-skin fixing
- Peel adhesion: 0.8–1.2 N/cm (fabric-to-fabric), 0.5–0.9 N/cm (fabric-to-skin)
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Double sided acrylic tape shear strength describes resistance to a sustained load acting parallel to bonded surfaces. The value is meaningful only when bonded area, load, substrate, temperature, application pressure, dwell time, and failure criterion are stated. It explains static shear holding, how it differs from peel and tack, and when results are not comparable. Typical values and reference ranges should be confirmed by sample testing.