Product descriptiontesa® 4660 is an acrylic-coated cloth tape with a printable surface, available in white and yellow. It is based on a 145 mesh woven cotton fabric backing and a thermosetting natural rubber adhesive. A version with paper liner is available (PV9). The tape combines flexibility, high temperature resistance and clean removability, making it suitable for label printers and die-cut labels.
Product Features- High adhesion on almost every surface
- Removable without residues
- Excellent surface for flexo printing
- High temperature resistance (short-term up to 180 °C)
- Very high tensile strength
- Suitable for die-cutting; liner version available as tesa® 4660 PV9
Application Fieldstesa® 4660 is primarily used for wire marking and identification of electrical components.
- Bundling and marking of cable harnesses for electrical equipment and insulation
- Marking in switch boxes and distribution panels
- Marking of electrical components
- Sealing of tins and tubes
- Labeling with printed die-cuts
- Window flange masking
Sustainable Aspects- 68% bio-based carbon content (DIN EN 16640)
Product ConstructionAdhesive Type — thermosetting natural rubber
Backing material — acrylic-coated cloth (145 mesh woven cotton fabric)
Color of liner — yellow
Liner Type — paper
Thickness of liner — 76 µm
Total thickness — 260 µm
Properties / Performance ValuesElongation at break — 7.5 %
Tensile strength — 100 N/cm
Straight tear edge — very good
Hand tearability — very good
Abrasion resistance — very good
Easy to write on — yes
Temperature resistance (30 min) — 180 °C
Easy to remove — yes
Suitable for die cutting — yes
Mesh — 145 count per square inch
Temperature resistance (removability from aluminum after 30 min exposure) — 180 °C
Adhesion to ValuesAdhesion to Steel — 4 N/cm
Technical specifications- Model: tesa® 4660
- Brand: tesa
- Backing: acrylic-coated cloth (145 mesh woven cotton fabric)
- Adhesive: thermosetting natural rubber
- Available colours: white, yellow
- Total thickness: 260 µm
- Liner thickness (paper liner PV9): 76 µm
- Tensile strength: 100 N/cm
- Elongation at break: 7.5 %
- Temperature resistance (30 min): 180 °C
- Adhesion to steel: 4 N/cm