PE Heat Shrink Tube Insulated Busbar

The most significant feature of Heat Shrink Tube Polyolefin Busbars is their excellent dielectric strength.

After electron beam cross-linking treatment, the PE material exhibits excellent resistance to electrical breakdown and high insulation impedance.

It maintains stable electrical insulation performance in high-temperature, humid, and high-dust environments, effectively reducing the risk of leakage and short circuits.

The heat-shrink tubing shrinks uniformly at high temperatures, forming a tight seal with the Heat Shrink Tubing BusBar surface. This not only prevents gas and moisture penetration but also provides excellent mechanical support.

This structure is more uniform and denser than traditional epoxy spraying or PVC coating, preventing insulation layer peeling or cracking caused by localized stress.
 

PE heat-shrinkable material has a UL94 V-0 flame retardant rating, effectively delaying flame spread under high load current and sudden short circuits, protecting surrounding electrical systems.

Furthermore, it exhibits strong UV resistance and aging resistance, and is not prone to cracking or fading even after long-term outdoor operation.

The conductor portion of the PVC Insulation Busbar can be made of copper or aluminum substrates of various specifications and thicknesses, with surface tin-plating or silver-plating treatments to improve conductivity and corrosion resistance.

The insulation layer thickness and shrinkage ratio can be customized according to customer needs, adapting to different voltage levels and equipment space structures to ensure a perfect match for customer application scenarios.

Compared to traditional spray insulation or tape wrapping processes, the installation process of PE heat-shrinkable insulated Busbar Insulating Tubings is simpler and can be quickly mass-produced.

Its smooth surface is easy to clean, and no additional insulation repairs are required during maintenance, significantly reducing labor and time costs.