3M Scotch® 23 Black Self Amalgamating Tape 19mm x 9m

Scotch® Rubber Splicing Tape 23 is a highly conformable 0.76 mm thick, self-amalgamating EPR (Ethylene Propylene Rubber) base for rubber splicing. It is designed to splice and terminate cables with overload temperatures of 266 degrees F(130 degree C), due to dissipating heat affectively. The snakeskin liner is easily removed when applying the tape, to allow the self-fusing ethylene propylene rubber, high insulating voltage tape.

• Features a special polyester liner that will not stick when unwinding

• Use Scotch® Rubber Splicing Tape 23 for low or high voltage applications and joints up to 69 kV.
• This 0.76 mm thick, highly conformable, self-amalgamating EPR (Ethylene Propylene Rubber) based tape can be stretched up to 100% for void-free, moisture-resistant insulation.
• It’s non-vulcanising and shelf-stable with excellent electrical properties.
Featuring a special polyester liner that will not stick when unwinding, this tape is ideal for moisture sealing electrical connections.

Yes, the electrical tape is designed for this purpose, but would recommended seek professional advice to deal with exposed wires.

Looking for a tape that can handle the heat? Look no further than this self-amalgamating tape from 3M. Its highly conformable ethylene propylene rubber is designed specifically for splicing and terminating cables with overload temperatures of up to +130°C to make quick work of heavy-duty electrical jobs. This product stretches up to 1000% of its original size, and it provides a moisture-resistant and void-free barrier that won't fail you in tough conditions.

• Polyester lining prevents self-sticking, making installation a breeze without getting in a tangle
• Thick 0.76mm tape won't crack or rip when exposed to the elements
• 5-year shelf life ensures long-term effectiveness without the need for frequent replacement

• Automotive industry
• Electrical insulation
• Aerospace engineering

This tape safely insulates solid dielectric cables between 600V and 69kV, making it ideal for most industrial electric applications.