Heat Resistant Silicone Rubber Electrical Tape KC73

◆ Can be used to splice and terminate cable, the emergency overload temperatures can reach 130℃.

◆ Based on Ethylene Propylene Rubber(EPR).

◆ Physical and electrical 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.

◆ Operation and installation easily.

◆ Compatible with all solid dielectric cable insulation:

Polyethylene (high and low density).

Cross-linked polyethylene (XLPE).

Polyvinyl chloride (PVC).

Butyl rubber.

Product Introduction

Made from specially formulated radiation cross-linked compounds. It can provide high resistance to tracking and arcing. Used to enhance the insulation properties of busbar in switch and substation to safe protect up to safe protect up to 11 kv, 24kv, 36kv.

Product Introduction

Made from radiation cross-linked polyolefin. The dual layer structure of insulation/hot melt adhesive effectively provides electric insulation and shock protection to busbar up to 24KV. Widely used to protect irregular shape busbar or connectors where tube products can not be applied.

Applications：

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.

◆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

◆High production efficiency

◆Large thermal transfer area

◆High performance cost ratio

◆Rapid thermal cooling speed

◆Thin thickness to save space

◆Easy processing and shaping

◆Good thermal exchange effect

◆Low leak risk and high reliability

◆High material utilization

◆Battery side heat dissipation

◆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

◆Improve the battery life and performance