tesa Tack Clear Adhesive Pads
Double-sided, transparent tesa® TACK adhesive pads for clean, secure, and residue-free attachment of lightweight objects to smooth, non-porous surfaces.
Description
tesa® TACK are innovative, transparent adhesive pads and a clever alternative to magnets and thumbtacks. The thin, double-sided pads (size: 1 cm²) allow you to securely attach lightweight objects such as postcards, drawings, or photos to walls, window panes, or mirrors—without any drilling, hammering, or adhesive residue. Thanks to superior tesa® adhesive technology, the pads adhere reliably to non-porous surfaces such as glass or metal and can be removed from suitable surfaces without leaving a trace. They are reusable, repositionable, and leave no grease marks, making them ideal for flexible use at home, in the office, or at school.
Key Features
- Double-sided, transparent adhesive pads for clean and secure attachment
- Size per pad: 1 cm², thin and discreet design
- Ideal for lightweight items such as postcards, drawings, and photos
- Particularly suitable for non-porous surfaces (e.g., glass, metal)
- Easy attachment without leaving grease marks or requiring drilling
- Reusable and repositionable
- Can be removed from suitable surfaces without leaving a trace
- A practical alternative to magnets and thumbtacks
- Recommended quantity: 1 pad for DIN A5, 2 pads for DIN A4, 3 pads for DIN A3
- Material: Synthetic rubber
- Contents: 1 package containing 72 transparent tesa® TACK adhesive pads
Applications
- Attaching postcards, drawings, and photos
- Attaching sticky notes and reminders to glass or metal surfaces
- Temporary signage on windows, doors, or mirrors
- Office use for notices and information sheets
- Use in schools and daycare centers for creative projects
- Decorating living spaces without drill holes or adhesive residue
Summary
The transparent tesa® TACK adhesive pads offer a clean, flexible, and residue-free, removable solution for securely attaching lightweight objects to smooth surfaces—perfect for anyone who frequently rearranges their space without damaging walls or surfaces.
For more information, please refer to the data sheets