Stress Controlled Heat Shrink Tube

Inner Diameter minWall Thickness (±0.3)Inner Diameter maxWall Thickness (±0.3)

 Axis Stress Controlled Heat Shrink Tubes provide reliable insulation and stress control for medium-voltage cable terminations and joints. Made from cross-linked polyolefin, they offer excellent dielectric strength, mechanical durability, and resistance to environmental stress. Upon heating, the tube shrinks to form a tight seal, evenly distributing electrical stress and reducing the risk of discharge or tracking. These Stress Controlled Heat Shrink tubes ensure long-term safety and performance in MV power distribution systems.

Features –

1. Effective Stress Control: Incorporates high-dielectric constant (Hi-K) materials to evenly distribute electrical stress, reducing the likelihood of insulation breakdown.
2. High Dielectric Strength: Ensures robust electrical insulation suitable for MV applications.
3. Durable Material Composition: Made from cross-linked polyolefin, offering resistance to abrasion, chemicals, and environmental degradation.
4. Weather and UV Resistance: Designed to withstand outdoor conditions, including exposure to ultraviolet radiation and varying weather patterns.
5. Flame Retardant and Halogen-Free: Enhances safety by reducing fire hazards and limiting the release of toxic gases during combustion.
6. 3:1 Shrink Ratio: Accommodates a wide range of cable sizes, ensuring a snug fit and simplifying inventory requirements.
7. Operating Temperature Range: Capable of performing reliably across a broad temperature spectrum, maintaining flexibility and insulating properties in both hot and cold environments.

Material –

Prepared using crosslinked polyolefins

Application –

1. Cable Terminations: Provides stress relief and insulation at the endpoints of cables, ensuring safe and efficient power transmission.
2. Cable Joints: Protects and insulates spliced sections of cables, maintaining system integrity and performance.
3. Switchgear and Transformer Connections: Ensures reliable insulation and stress control in critical components of power distribution networks.
4. Industrial and Utility Installations: Suitable for use in various settings, including substations, manufacturing facilities, and renewable energy installations.