3M
3M 5952 VHB Tape 3/4 in 45 ft Black Conformable Foam
Double-sided VHB tape bonds metal, plastic and composites across a 50 °F to 300 °F range
- Double-sided VHB bond for high-strength assembly
- Conformable foam adapts to irregular surfaces
- Black 3/4 in width suits discreet applications
- 45 ft roll covers extended projects
- Performs from 50 to 300 Degrees F
Double-Sided VHB Tape for Demanding Bonds
This 3M 5952 very high bond tape uses a black conformable foam core to join surfaces in assembly, manufacturing, automotive, aviation, construction, electronics and metalworking. It is supplied in a 45 ft roll at 3/4 in width for professional use.
Temperature Limits Define the Working Window
The adhesive performs between 50 and 300 degrees Fahrenheit, so it suits environments that see wide thermal swings but cannot be relied on outside that range. Continuous exposure beyond these limits will degrade bond strength over time.
Replaces Mechanical Fasteners Where Drilling Is
Switching from screws, rivets or liquid adhesive cuts installation time and avoids surface damage on thin or finished panels. The jump is worth it when a permanent, vibration-resistant bond is needed without visible hardware.
Highlights
- Double-sided VHB bond for high-strength assembly
- Conformable foam adapts to irregular surfaces
- Black 3/4 in width suits discreet applications
- 45 ft roll covers extended projects
- Performs from 50 to 300 Degrees F
Specifications
| Brand | 3M |
|---|
Questions about this item
Should I pick the 3/4 in x 45 ft roll or a narrower width for my project?
The 3/4 in x 45 ft roll gives you 15 yards of very conformable foam; choose it when you need maximum contact area on irregular surfaces, otherwise a narrower width saves material on flat joints.
What does the 300 °F maximum temperature mean once the tape is installed?
It means the bond retains full strength up to 300 °F continuous exposure, so engine-bay brackets, avionics panels or metal-fabrication fixtures stay secure through normal operating heat cycles.
How does the VHB acrylic foam interface limit what I can bond?
The viscoelastic acrylic foam conforms to texture and distributes stress across the whole 3/4 in width, but it requires clean, dry surfaces and will not adhere well to low-energy plastics such as polyethylene or polypropylene.
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