Cold shrink breakout

Efficient Installation: Quick to install without the need for open flame, heating, or specialized technical processes; no additional tools required, significantly reducing on-site construction time and labor costs by leveraging the convenience of cold shrink breakout design.

Wide Compatibility: Adaptable to various cable sizes (70-120mm², 120-240mm²), meeting the installation needs of different cable specifications in power projects that adopt cold shrink breakout solutions.

Durable Protection: Excellent resistance to ozone and ultraviolet (UV) radiation, ensuring long-term stability even in outdoor or high-ozone environments while maintaining the core advantages of cold shrink breakout technology.

Chemical Resistance: Superior tolerance to common chemical corrosives in power distribution environments, preventing material degradation and ensuring long-term reliability supported by robust cold shrink breakout construction.

Stable Performance: Maintains stable electrical and mechanical properties under long-term load, ensuring safe and uninterrupted operation of power systems facilitated by the precision of cold shrink breakout engineering.

Core Scenarios: Mid-and low-voltage power distribution hub projects, power tower pile special applications that prioritize cold shrink breakout functionality for enhanced operational efficiency.

Cable Types: Suitable for cables with specifications of 70-120mm² and 120-240mm², compatible with standard cold shrink breakout installation requirements.

Installation Positions: Mainly used for cable breakout parts, terminations, and junction points in power distribution networks, effectively protecting cable insulation layers and enhancing the safety of cable system connections via optimized cold shrink breakout deployment.