Product Description:
This cold shrink cable termination is a dedicated accessory for 10kV-15kV high-voltage cables, compatible with 3-core 70mm² cable specifications and suitable for both indoor and outdoor applications. Made of high-quality liquid silicone rubber, it is formed by vacuum high-pressure injection vulcanization, featuring excellent insulation performance and low partial discharge. Installation requires no open flame or special tools—simply pull the core rope for automatic retraction, tightly wrapping the cable body with constant radial pressure. With good UV resistance, aging resistance and sealing performance against moisture, it adapts to various complex environments, providing a safe and reliable termination solution for high-voltage cable connections.
Features:
Core Adaptation Parameters
Voltage Adaptation: Supports 10kV-15kV high-voltage scenarios
Cable Specification: Designed for 3-core cables
Application Scenarios: Suitable for both indoor and outdoor environments, no need to select models by scenario
Core Performance Advantages
Cold Shrink Design: No open flame or special tools required for installation; automatic retraction and forming by pulling the core rope, saving time and effort
Reliable Sealing: Tightly wraps the cable body after retraction, maintaining constant radial pressure with excellent sealing and moisture resistance
High-Voltage Adaptation: Strong insulation performance and low partial discharge, meeting safe operation requirements in high-voltage environments
Environmental Resistance: UV resistance, aging resistance and corrosion resistance, adapting to complex outdoor climates and indoor closed environments
Practical Core Highlights
Universal Accessory: Special connecting accessory for high-voltage cables, compatible with cables of multiple brands, high versatility
Long-Term Stability: Supported by high-quality materials, long service life, reducing later maintenance costs
Safe & Convenient: Simple installation process, no professional technicians required, lowering construction threshold and safety risks
