Heat shrink cable terminal

It is tightly wrapped at the end of the cable, providing insulation, sealing and mechanical protection for the cable, and ensuring the safe and stable transmission of power to the terminal equipment.

Production material

Mainly used heat shrinkable polymer materials, such as polyethylene (PE), polyvinyl chloride (PVC) and so on. After special processing, these materials have a memory effect, and when heated, they return to a pre-set shape and shrink tightly, thus achieving a good coating of the cable terminal.

structure

Insulation layer: composed of heat shrink insulation material, with excellent electrical insulation performance, can effectively prevent current leakage, ensure the safety of power transmission.

Sealing layer: can prevent moisture, moisture and dust and other impurities into the interior of the cable, to avoid moisture and other factors caused by the deterioration of insulation performance.

Shielding layer: usually used metal material, the role is to uniform electric field distribution, eliminate electric field concentration phenomenon, prevent partial discharge, improve the stability of terminal operation.

peculiarity

Easy installation: Just use a heating tool (such as a spray gun) to evenly heat the heat shrink material, the material can shrink to close to the cable, without complicated operation process, reducing the difficulty and cost of construction.

Stable performance: The terminal structure formed by the heat shrink material has good mechanical strength and aging resistance, can withstand a certain degree of external impact and environmental changes, long-term reliable operation.

Various specifications: According to different cable specifications, voltage levels and use of the environment, customized size and performance of the heat shrink cable terminal Products, strong applicability.

Application scenario

It is often used for power cable terminal connection of various buildings, factories, substations, residential areas and other places to provide stable power access for lighting systems, power equipment, transformers, etc.