ARMOURED CABLE

Armoured Cables are manufactured to BS-6346/IEC 60502 Standards. Typically, the construction of an aluminium or steel wire armoured cable comprises five components: 

1. Conductor: This is usually a plain stranded Copper Conductor.
2. Insulation: Materials such as Poly-Vynyl Chloride (PVC) or Cross-linked Polyethylene (XLPE) provide good temperature resistance and excellent dielectric strength providing enhanced electrical properties.
3. Bedding: This is a layer to create a protective barrier between armour and insulation.
4. Sheath: the constituent parts of the cable are held together by a sheath offering a further level of protection. Black Poly-Vinyl Chloride sheaths can be carbon-loaded for UV stability.
5. Voltage: Voltage ratings of 600/1000V, 6.35/11kV and 19/33kV

Armoured Cables are manufactured to BS-6346/IEC 60502 Standards. Typically, the construction of an aluminium or steel wire armoured cable comprises five components: 

1. Conductor: This is usually a plain stranded Copper Conductor.
2. Insulation: Materials such as Poly-Vynyl Chloride (PVC) or Cross-linked Polyethylene (XLPE) provide good temperature resistance and excellent dielectric strength providing enhanced electrical properties.
3. Bedding: This is a layer to create a protective barrier between armour and insulation.
4. Sheath: the constituent parts of the cable are held together by a sheath offering a further level of protection. Black Poly-Vinyl Chloride sheaths can be carbon-loaded for UV stability.
5. Voltage: Voltage ratings of 600/1000V, 6.35/11kV and 19/33kV

Armoured Cables are manufactured to BS-6346/IEC 60502 Standards. Typically, the construction of an aluminium or steel wire armoured cable comprises five components: 

1. Conductor: This is usually a plain stranded Copper Conductor.
2. Insulation: Materials such as Poly-Vynyl Chloride (PVC) or Cross-linked Polyethylene (XLPE) provide good temperature resistance and excellent dielectric strength providing enhanced electrical properties.
3. Bedding: This is a layer to create a protective barrier between armour and insulation.
4. Sheath: the constituent parts of the cable are held together by a sheath offering a further level of protection. Black Poly-Vinyl Chloride sheaths can be carbon-loaded for UV stability.
5. Voltage: Voltage ratings of 600/1000V, 6.35/11kV and 19/33kV

Armoured Cables are manufactured to BS-6346/IEC 60502 Standards. Typically, the construction of an aluminium or steel wire armoured cable comprises five components: 

1. Conductor: This is usually a plain stranded Copper Conductor.
2. Insulation: Materials such as Poly-Vynyl Chloride (PVC) or Cross-linked Polyethylene (XLPE) provide good temperature resistance and excellent dielectric strength providing enhanced electrical properties.
3. Bedding: This is a layer to create a protective barrier between armour and insulation.
4. Sheath: the constituent parts of the cable are held together by a sheath offering a further level of protection. Black Poly-Vinyl Chloride sheaths can be carbon-loaded for UV stability.
5. Voltage: Voltage ratings of 600/1000V, 6.35/11kV and 19/33kV

Armoured Cables are manufactured to BS-6346/IEC 60502 Standards. Typically, the construction of an aluminium or steel wire armoured cable comprises five components: 

1. Conductor: This is usually a plain stranded Copper Conductor.
2. Insulation: Materials such as Poly-Vynyl Chloride (PVC) or Cross-linked Polyethylene (XLPE) provide good temperature resistance and excellent dielectric strength providing enhanced electrical properties.
3. Bedding: This is a layer to create a protective barrier between armour and insulation.
4. Sheath: the constituent parts of the cable are held together by a sheath offering a further level of protection. Black Poly-Vinyl Chloride sheaths can be carbon-loaded for UV stability.
5. Voltage: Voltage ratings of 600/1000V, 6.35/11kV and 19/33kV

Armoured Cables are manufactured to BS-6346/IEC 60502 Standards. Typically, the construction of an aluminium or steel wire armoured cable comprises five components: 

1. Conductor: This is usually a plain stranded Copper Conductor.
2. Insulation: Materials such as Poly-Vynyl Chloride (PVC) or Cross-linked Polyethylene (XLPE) provide good temperature resistance and excellent dielectric strength providing enhanced electrical properties.
3. Bedding: This is a layer to create a protective barrier between armour and insulation.
4. Sheath: the constituent parts of the cable are held together by a sheath offering a further level of protection. Black Poly-Vinyl Chloride sheaths can be carbon-loaded for UV stability.
5. Voltage: Voltage ratings of 600/1000V, 6.35/11kV and 19/33kV

These flexible cables are used for measurement, control and screening in signal transmission, climatisation and power systems in industrial environments. In dry or damp premises. Only for indoor use.

These flexible cables are used for measurement, control and screening in signal transmission, climatisation and power systems in industrial environments. In dry or damp premises. Only for indoor use.

QUALITY:
Today, Nexans Kabelmetal Nigeria Plc is the most advanced cable manufacturer in the West Africa Sub Saharan region. As an innovator in cable products in Nigeria, we serve a wide range of industry groups, including oil and gas, manufacturing, process, business and residential construction and of course power utilities. Our product range covers low voltage power, instrumentation and control cables. Cables for power distribution and several special cables supplement our product portfolio.