VHB Double-sided Foam Tape, 1.1 mm

Strong Attachment Without Residue

Whether in electronics, automotive construction, or industry – wherever parts need to hold reliably without damaging surfaces, conventional fastening methods reach their limits. Screws leave holes, nails damage materials, and simple adhesives do not hold long enough. This is where VHB Double-Sided Foam Tape comes into play.

Construction and Functionality

This tape consists of a foam layer with adhesive coating on both sides. The foam structure allows for large-area adhesion, absorbing vibrations and movements better than rigid adhesives. The tape is supplied on a roll with a paper core and is equipped with a red polyethylene film as a release liner, which is removed before application.

The thickness of 1.1 mm offers a balanced ratio between flexibility and stability. The tape is suitable for various materials – from plastic to metal and glass – and adheres permanently without leaving residues. The high temperature resistance makes it particularly suitable for automotive applications, where heat and cold fluctuate.

The tape is produced in a width of 610 mm and can be cut to size as needed. The standard length is 33 m but can also be customized. This makes it ideal for large series as well as for specialized individual applications in the electronics, household appliances, and automotive industries.

Benefits in Use

• Residue-free attachment: Leaves no scratches, dents, or adhesive residues on sensitive surfaces.
• High durability: Resists temperature fluctuations and vibrations over a long period.
• Flexible application: Easily adapts to uneven or curved surfaces.
• Easy processing: Cut and applied directly from the roll – no tools required.
• Wide material compatibility: Adheres reliably to plastic, metal, glass, and many other materials.

For Industry and Craft

Whether assembling electronic components, attaching decorative strips to cars, or mounting shelves – this tape offers a modern alternative to traditional fastening methods and saves time during assembly.