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A conformable, double-sided, pressure-sensitive, closed-cell acrylic foam tape with a paper liner. 62 mil thick.
Bonds high and medium surface energy substrates. Provides handling convenience, cushioning, damping, and impact resistance. Plasticizer resistant. UL listing 746C.
Benefits, Markets and Applications
High strength
Durable
Clean appearance
General Industrial
Bonding, attaching, mounting
Discounted Price
Regular Price
Per piece/roll (excl. VAT)
A conformable, double-sided, pressure-sensitive, closed-cell acrylic foam tape with a paper liner. 62 mil thick.
Bonds high and medium surface energy substrates. Provides handling convenience, cushioning, damping, and impact resistance. Plasticizer resistant. UL listing 746C.
Benefits, Markets and Applications
High strength
Durable
Clean appearance
General Industrial
Bonding, attaching, mounting
| SKU | TS0437 |
|---|---|
| GTIN, UPC, EAN o ISBN | |
| Manufacturer | 3M |
| Manufacturer Code | |
| Weight | 1 kg |
| Color | Grey |
| Width (mm) | 38 |
| Length (m) | 33 |
| Thickness (mm) | 155 |
| Diameter (mm) | |
| Volume (liters) | |
| Notes | Specifications Adhesion to HSE High Adhesion to LSE Medium Adhesive Type Multi-Purpose Acrylic Adhesive Application Bonding Luggage Compartment Doors, Vehicle Signage Frame Attachment Brand VHB Color Gray Flexibility of Materials Both Substrates Flexible, Both Substrates Rigid, One Substrate Flexible Foam Conformability Conformable Industry - Use General Industrial Length 36 Linear Yard Length (metric) 32.90 Linear Metre Liner Thickness 3 Milli-inch (mil) Liner Type Polyethylene (PE) Film Long Term Temperature Exposure 161-200, N/A Product Form Roll Short Term Temperature Exposure 201-250, 251-300, N/A Solvent Resistance High Substrates (Surface Energy) High Surface Energy, (400-1100 Dynes/cm), Medium Surface Energy, (38-39 Dynes/cm), Medium-High Surface Energy, (42-50 Dynes/cm) Tape Thickness 0.062 in (1.6mm) - .080 in (2.0mm) Temperature Resistance - Initial 300 Degree Fahrenheit Temperature Resistance - Long Term 200 Degree Fahrenheit |
