Tape TESA 4610 50m Polyethylene Silver

tesa® 4610 is a low-grade duct tape with a polyethylene (PE) backing reinforced by an 18-mesh PET fabric and coated with a tacky synthetic rubber adhesive. It provides good adhesion on a variety of substrates and is available in a 50 m length, 50 mm width and a total thickness of 0.15 mm. The tape offers about 20% elongation at break and withstands temperatures up to 95°C, suitable for general indoor and outdoor tasks.

Advantages

The PE backing reinforced with PET fabric gives the tape dimensional stability and tear resistance for everyday applications. The synthetic rubber adhesive ensures reliable initial tack and adhesion on multiple surfaces. Its moderate thickness and elongation provide a balance between conformability and strength, while the 50 m roll length reduces the need for frequent replacements.

Suitable for

• Bundling and fastening lightweight items
• General repairs and sealing of non-critical joints
• Marking and handicraft projects
• Temporary strengthening or reinforcement
• Indoor and outdoor short-term applications

Key specifications

• Brand: Tesa
• Model / MPN: 04344-00001-00
• EAN: 4042448352620
• Length: 50 m
• Width: 50 mm
• Thickness: 0.15 mm
• Backing: PE with 18 mesh PET fabric reinforcement
• Adhesive: Synthetic rubber (tacky)
• Elongation at break: ~20%
• Temperature resistance: up to 95°C
• Pack: blister, 1 piece

How to use

Ensure surfaces are clean, dry and free of dust or grease before applying the tape. Cut or tear the required length from the roll, align the tape over the area to be joined or secured and press firmly to obtain good contact. For best results, apply pressure along the tape to improve adhesion. Remove the tape by peeling it back at a steady angle when no longer required.

Recommendations

Use tesa® 4610 for non-structural, short- to medium-term applications. Avoid prolonged exposure under heavy mechanical stress or where a permanent, solvent- or temperature-resistant seal is required. Test adhesion on sensitive or painted surfaces before extended use.