Our Products
We offer a complete product range of ARMOURED CABLE ( COPPER / ALUMINIUM) and Flexible Cables
LT-XLPE Cables have a higher conductor rating i.e. 90C as compared 70C of PVC and hence higher current rating.
Maximum temperature limit under Short Circuit conditions for LT-XLPE Cables is 250C as against 160C for PVC Cables. Hence, LT-XLPE Cables have higher Short Circuit rating.
LT-XLPE Cables have higher emergency overload capacity than PVC Cables ( upto 60%).
LT-XLPE Cables have longer life as compared to conventional PVC Cables.
Tensile Strength for LT-XLPE Cables is 1.9 Kg/mm2 as against 1.25 2.5 Kg/mm2 for PVC Cables.
Elongation (%) in LT-XLPE Cables is 300-500 as compared to 200-400 in PVC Cables.
LT-XLPE Cables have high corrosion resistance in polluted atmosphere as compared to PVC Cables.
LT-XLPE Cables have better properties of resistance to chemical and corrosive gases.
LT-XLPE Cables have better properties to withstand vibrations, hot impacts.
Dielectric strength (KV/mm) for LT-XLPE Cables is 40-50 as compared to 20-35 for PVC Cables.
The moisture resistance of LT-XLPE Cables is nearly 100 times that of PVC.
LT-XLPE Cables have low Installation cost because of light weight, dimensions and are far more flexible.
Insulation resistance of LT-XLPE Cables is very high as compared to PVC (as high as 1000 times).
LT-XLPE Cables are ideal for transmission and distribution of power.
Jointing of LT-XLPE Cables is easier and quicker.
Low temperature Brittleness Degree 0C for LT-J XLPE Cables is-90 against-15 for PVC Cables.
PLEASE INCLUDE A PICTURE FOR ARMOURED ALUMINIUM WIRE AS WELL. THE ABOVE PICTURE IS OF A COPPER WIRE.A cable consists of two main parts: The Conductor and the Insulation.
CONDUCTOR:Conductors for Cables are drawn from electrolytic grade Copper / Aluminium to ensure compliance with global standards . Annealed conductors are bunched together on custom built heavy duty bunching machines to impart concrete shape to the conductor.
INSULATION:Solid & Bunched conductors are insulated on ultra modern extrusion machines with high technology P.V.C. Compound, which ensures extra flexibility, ideally suited for conduit & concealed wiring. To manufacture multicore cables, the insulated cores are laid up to form a concentric shape. Inner cores are coded for identification as per National / International coding system or as per customers specifications.
Outer sheathing is also provided with special soft PVC compound to minimize chances of electrical failures which may cause damage to expensive appliances, instruments & machinery etc.