3M™ Scotch Glass Cloth Electrical Tape 69
25mm x 33m, 0.18mm Thick
3M™ Scotch Woven Insulated Glass Cloth Electrical Tape 69 is a white glass cloth tape with a high temperature thermosetting silicone pressure-sensitive adhesive.
It is designed for use in 600-volt dry location applications motors, and transformers with and without varnish coating. Glass Cloth Electrical Tape with a high temperature thermosetting silicone adhesive.
For high temperatures up to +200 °C (class N) High mechanical strength. Extremely high tensile strength High dielectric strength. It is conformable, printable and flame retardant. Provides insulation and solvent-resistant protection for use as coil cover, anchor, banding and core, layer and crossover insulation. For electrical installation and repair work; soldered joints and seams; insulation of soldered joints, terminals, cable sockets and conduction rails.
SPECIFICATIONS
| Attribute | Value |
| Tape Type | Cloth Tape |
| Colour | White |
| Width | 25mm |
| Length | 33m |
| Backing Material | Glass Cloth |
| Thickness | 0.18mm |
| Adhesion Strength | 4.4 N/cm |
| Elongation at Break | 5% |
| Tensile Strength | 314N/cm |
| Finish | Glass |
| Maximum Operating Temperature | +200°C |
| Minimum Operating Temperature | 0°C |
| Model Number | Scotch 69 |
Order by 2PM to get delivered next working day! We use 24 hours service with carriers in most cases so that you can get your order delivered on time.
There is £4.99 charge for delivery under £50 Orders. Additional charges will be imposed by our couriers for delivery to remote area, a surcharge may be levied to cover carriage to these areas.
There is £4.99 charge for delivery under £50 Orders. Additional charges will be imposed by our couriers for delivery to remote area, a surcharge may be levied to cover carriage to these areas.
You must be logged in to post a review.
3M™ Scotch Glass Cloth Electrical Tape 69
3M™ Scotch Glass Cloth Electrical Tape 69
25mm x 33m, 0.18mm Thick
3M™ Scotch Woven Insulated Glass Cloth Electrical Tape 69 is a white glass cloth tape with a high temperature thermosetting silicone pressure-sensitive adhesive.
It is designed for use in 600-volt dry location applications motors, and transformers with and without varnish coating. Glass Cloth Electrical Tape with a high temperature thermosetting silicone adhesive.
For high temperatures up to +200 °C (class N) High mechanical strength. Extremely high tensile strength High dielectric strength. It is conformable, printable and flame retardant. Provides insulation and solvent-resistant protection for use as coil cover, anchor, banding and core, layer and crossover insulation. For electrical installation and repair work; soldered joints and seams; insulation of soldered joints, terminals, cable sockets and conduction rails.
SPECIFICATIONS
| Attribute | Value |
| Tape Type | Cloth Tape |
| Colour | White |
| Width | 25mm |
| Length | 33m |
| Backing Material | Glass Cloth |
| Thickness | 0.18mm |
| Adhesion Strength | 4.4 N/cm |
| Elongation at Break | 5% |
| Tensile Strength | 314N/cm |
| Finish | Glass |
| Maximum Operating Temperature | +200°C |
| Minimum Operating Temperature | 0°C |
| Model Number | Scotch 69 |
Order by 2PM to get delivered next working day! We use 24 hours service with carriers in most cases so that you can get your order delivered on time.
There is £4.99 charge for delivery under £50 Orders. Additional charges will be imposed by our couriers for delivery to remote area, a surcharge may be levied to cover carriage to these areas.
There is £4.99 charge for delivery under £50 Orders. Additional charges will be imposed by our couriers for delivery to remote area, a surcharge may be levied to cover carriage to these areas.
Reviews
There are no reviews yet.
You must be logged in to post a review.
In stock
- Free shipping on all orders above 50,00
- No hassle returns, 30 days return
- Next day delivery within your country
Got Questions?
Feel free to Get in touch
Feel free to Get in touch
Related products
3M™ Scotch Glass Cloth Electri...
Reviews
There are no reviews yet.