Cold Shrink 3 cores cable Breakout (1~36kV)

Cotran cold shrink terminations and joints are composed of a series of pre-expanded silicone tubes and necessary accessories. The core is removed after the tube is positioned for installation over an inline connection, or terminal lug, allowing the tube to shrink and provide a excellent waterproof seal and electrical insulation. The terminations and joints are designed to be suitable for SWA/UA, XLPE/PVC, Single-core and multi-core cable rated to 0.6/1kV.

Cotran cold shrink terminations (indoor/outdoor) are precisely designed to meet the parameters of international cable and cable accessories standards such as CENELEC HD 629.1 S1, IEEE-48 class 1, IEEE-404, IEC60502. Our cold shrink terminations offers reliable and consistent performance for longer service life. We have designed our cold shrink terminations for single core and 3 cores extruded UA, SWA/STA, CWS/CTW cable through 36kV.

COTRAN HHWT co-extruded heavy wall heat shrinkable tubing with hot melting adhesive is made from radiation crosslinked polyolefin. Specifically designed formulation makes the tubing to have outstanding physical, chemical and electrical properties, and also meet the requirement of RoHS and other environment concerned standards. It is designed for applications to seal and protect electrical splices, cable terminations and joints where electrical insulation and water proof are required. 3:1 shrink ratio allows it easily fit over irregular shape and large connectors.

◆ Can be used to splice and terminate cable, to avoid fire

◆ Physical and electrical properties are unaffected by the degree of stretch.

◆ Self-fusing tape.

◆ Heat resistance;

◆ Resistance to ozone, UV and xenon exposure;

◆ Operation and installation easily.

◆Good surface smoothness

◆Large thermal transfer area

◆Optional flow channel design

◆Easy processing and shaping

◆Excellent thermal cooling effect

◆Low leakage risk and high reliability

◆Stable and high production efficiency

◆Good pressure resistance and strength

◆Large thermal dissipation area

◆High thermal dissipation efficiency

◆Low leakage risk and high reliability

◆Stable and high production efficiency

◆Reduce the weight of the battery pack

◆Low energy for single cylindrical battery

◆Improve the battery life and performance

◆Less pollution and environmental protection

◆High production efficiency

◆Good heat exchange effect

◆Large thermal transfer area

◆High performance cost ratio

◆Rapid thermal cooling speed

◆Thin thickness to save space

◆Easy processing and shaping

◆Low leak risk and high security