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SHD-GC Cable Parameter

Conductor material: tinned copper, copper

Conductor cross-sectional area: 0.5-630mm2

Insulation layer: EPR/CR/XLPO, etc.

Sheath material: CR/LSZH/PUR, etc.

Voltage level: low voltage/medium voltage/high voltage

Number of cores: single core, 2 cores, 3 cores or multi-cores

Minimum bending radius: flexibility greater than 6 times the outer diameter of the cable, rigidity greater than 12D

Is customization supported: yes

High Flame Retardant SHD-GC Cable

Hengxun provides SHD-GC Cable for your coal mine electricity. Conventional models use CR sheaths. Antistatic insulation and sheath materials have passed coal mine safety certification to avoid gas explosions caused by electric sparks. Before leaving the factory, the finished cable passes the GB/T 18380.3 bundled combustion test to ensure that it has extremely high flame retardant properties and ensure your safe use of electricity.

High Flame Retardant SHD-GC Cable
Corrosion-Resistant SHD-GC Cable

Corrosion-Resistant SHD-GC Cable

If you need SHD-GC Cable for use in acid and alkali corrosion conditions, we can use tinned copper conductor plus CR sheath design for you, which makes our cable well adaptable even in the acid and alkali corrosion environment underground, and has a very high service life, reducing your maintenance costs.

 

How to deal with the scratched sheath of SHD-GC Cable?

The emergency solution can be to temporarily wrap it with flame-retardant mining cable tape. The long-term solution recommends replacing the damaged section, and the joint can be connected with a flameproof junction box.

What design solutions are there for SHD-GC Cable that needs to be frequently dragged?

You can choose a special soft conductor and add a tensile fiber layer.

Why can't SHD-GC Cable use aluminum conductors?

This is because aluminum conductors are prone to sparks, which violates coal safety regulations.

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