3M Rubber Splicing Tape Scotch 33 Original
- Highly conformable with good flexibility – for moisture-tight electrical and mechanical protection with minimum bulk
- Keep a high level of performance in ambient temperatures up to 105°C
- Flame-retardant and inhibits the corrosion of electrical conductors
- 100 per: TAPE 3 4 IN X 66 FT 19 MM X 20 1 Mram
| Adhesive Type | Rubber |
| Applications | Insulation |
| Backing (Carrier) Material | PVC |
| Dielectric Strength | 1150 V/mil |
| Elongation at Break | 250.0 Percent |
| Insulation Resistance | > 10^6 megohms |
| Maximum Operating Temperature (Celsius) | 105 Degree C |
| Minimum Operating Temperature (Celsius) | -18 Degree C |
| Product Color | Black |
| Specifications Met | UL Listed |
| Tape Grade | Professional |
| Tensile Strength (metric) | 26 N/cm |
| Total Tape Thickness without Liner (metric) | 0.178 mm |
| Voltage Rating | 600 V |
| Dimensions and Classifications | |
| Overall Length (Metric) | 20 Meter |
| Overall Width (Metric) | 19 mm |
Scotch® Super 33+ Vinyl Electrical Tape is a 7 mil thick, premium grade tape that provides electrical insulation for all wires and cables rated up to 600V. The flame retardant tape withstands a temperature range of 0 to 221 °F ( 18 to 105 °C). It is compatible with solid dielectric cable insulation, synthetic cable insulations, jackets and splicing compounds.
Designed for primary electrical insulation for all wire and cable splices rated up to 600 V and 105°C, Scotch® Super 33+™ Vinyl Electrical Tape is the original, market-leading PVC insulating tape. This professional grade tape combines an elastic backing with an aggressive adhesive – for moisture-tight electrical and mechanical protection with minimum bulk. It provides excellent protection against abrasion, acids, alkalis and copper corrosion. Suitable for cold weather down to -18°C, this tape remains highly conformable and flexible without becoming brittle. It keeps a high level of performance in ambient temperatures up to 105°C. Super 33+ tape is UL, CDA and VDE approved.
