Double-sided tape Tesa 04960 Transparent 100 mm width

Tesa double-sided tape 04960 Transparent 100 mm width is a clear adhesive tape designed for invisible joints and secure mounting. The tape combines a transparent carrier and pressure-sensitive adhesive to create a discreet bond on many common surfaces. With a wide 100 mm format, it is suitable for applications that require larger bonding areas while maintaining an unobtrusive appearance.

Advantages

The transparent design ensures a nearly invisible seam after application, making it suitable where aesthetics matter. Its pressure-sensitive adhesive provides immediate tack and good initial holding power on smooth and slightly textured substrates. The 100 mm width covers wider contact areas quickly, reducing the number of tape strips needed and helping to create even, stable bonds. The tape is easy to cut and position for craft or mounting tasks.

Suitable for

• Mounting lightweight panels and signage where a discreet bond is required
• Craft projects and hobby work that need invisible joins
• Temporary fixes and indoor mounting of decorative elements
• Joining smooth surfaces such as glass, laminates, and painted wood

Key specifications

• Color: transparent
• Width: 100 mm
• Adhesive type: pressure-sensitive adhesive
• Carrier: transparent film
• Application temperature: suitable for typical indoor temperatures

How to use

Prepare and clean both surfaces to remove dust, grease, and moisture for best adhesion. Cut the required length of tape and apply it to one surface, pressing firmly to ensure full contact. Remove the protective liner if present and press the two surfaces together, applying even pressure along the bonded area to secure the joint. For heavier items, use multiple strips or a combination of mechanical fixings if needed.

Recommendations

For optimal performance, use on clean, dry, and stable indoor surfaces and avoid prolonged exposure to direct sunlight or extreme temperatures. Test adhesion on a small area when bonding sensitive or painted surfaces.