3M Tape, Adhesive type Rubber, Rubber Resin, Brand 3M, Backing Thickness 076 mm

Scotch rubber splicing tape 23 is exceptionally conformable, Self, Fusing epr ethylene propylene rubber based, High voltage splicing tape. This product is a non, Vulcanizing, Shelfstable tape boasting superior electrical capabilities properties. Scotch tape 23 is applicable for within the role of an insulation for low, Voltage application alongside an insulation for splices up to 69, 000 volts. Tape features can be used to splice and terminate cables whose emergency overload temperatures can reach 266 f 130 c based on ethylene propylene rubber epr tangible and circuit-based properties are unaffected by the degree of stretch self, Fusing tape excellent electrical properties a special polyester liner which will not stick to the tape upon unwind works seamlessly with every device solid dielectric cable insulation 1. Polyethylene elevated and grounded density 2. Cross, Linked polyethylene xlp 3. Polyvinyl chloride pvc 4. Butyl rubber5. Ethylene propylene rubber pvc 6. Oil, Based rubber primary electrical barrier solutions for protecting circuits splicing cable from 600 volts through 69, 000 volts on all solid dielectric cables primary insulation for building stress cones on cables up to 35, 000 volts on all solid dielectric cables jacketing on high, Voltage splices and terminations moisture sealing electrical connections bus bar insulations end sealing high, Voltage cablesproduct specifications the high, Voltage corona, Resistant tape is grounded in ethylene propylene rubber and is designed to operation at the emergency cable temperature of 266 f 130 c . Scotch rubber splicing tape 23 may can be utilized in either the stretched or unstretched condition without resulting in loss in either physical or electrical properties. The tape is split resistant, Slip resistant crack resistant, And flag resistant upon exposure to various environments indoor or outdoor It acts as compatible with synthetic cable insulations. Scotch tape 23 has a dissipation factor of less than 5% at 266 f 130 c together with a duration of usability 5 years.