We at Prabhat Cables strive for a better future and clean energies. We continue to pledge our support of Polycabs commitment in making Solar cables. The solar cable industry is vibrant and has a growing popularity for its clean and efficient applications. The solutions in tapping solar energy although difficult have been successfully overcome in making solar cables.

With solar energy comes the requirement of connecting an outdoor external source to another photovoltaic application. The solutions required flexibility, mobility and a capability of withstanding extreme weather conditions. Polycabs solar cables are known for their mechanical strength. The metal mesh housing the cable doubles up as a shield against over voltage.

The flexibility of the cables allows for easy installation and care. The raw materials in making the solar cables are specially picked to be fire retardant, halogen free and flame resistant. The insulation was key as it needed to withstand thermal as well as mechanical loads. This was overcome by using plastic that has been cross linked with the help of a electron beam. The solar cable has endurance for salt water, alkalines solutions as well as acids.

Stranded Copper or Aluminum conductors are first coated with Semi Conductor compound and then insulated by XLPE compound as per the requirements of the IS for various cored cables. This core is now coated again with semi conductor compound.

Copper tape now wraps to fully cover this semi conductor coated core. For three cores cable all these copper taped cores are then laid up tied up and polyester taped. These laid up cores are then inner sheathed with PVC ST2 compound. Armouring is then done by GI round wires or strip wires wound on this inner sheath.

These laid up cores duly inner sheathed and armoured are then inner sheathed with PVC/FR PVC/FRLS PVC or FRZH sheathing compound.

There are many options of cables that we at Prabhat Cables provide for a divergent requirements of applications. Low tension cables are as diverse as they are required in their applications. Whether copper/aluminium/armoured /unarmoured/ fire resistantFR/or fire retardant zero halogen FRZH.

The solid or stranded copper/ aluminium cables are insulated with cross linked polyethylene (XLPE) or pvc compound as per requirements of the IS for various cored cables. They are then laid up in cores as per required and bunched together by laying process with appropriate lay length.

These laid up cores are then inner sheathed with wrapped pvc tape or extruded pvc sheathing. If required armouring is then done by GI round wires or strip wires wound on this inner sheath. These laid up cores duly inner sheathed and armoured are then inner sheathed with PVC/FR PVC/FRLS PVC or FRZH sheathing compound.

Endurance is a rare commodity, it relies on two factors to remain in application while leaving the end result unscathed. These two factors are known as well as feared; they are known as wear & tear. Time and pressure submit rocks into diamonds.

Although few of our present day applications need running into eons of ages, we at Prabhat Cables nonetheless account for durability in all our products. To both sustain and deliver the ever more growing demands and applications of life in the new millennium.

From the control room to diverse applications transmitters instrumentation cables are the unspoken heroes of the industrious world. Providing a seamless feed of information to diverse clusters of instruments and machines. These cables come with the optional Mylar shielding which further eliminate any noise. These cables are widely favoured in the petrochemical, steel and aviation industry.

The Copper used in these jelly filled cables is 99.97 pure solid electrolytic grade provides for the better signal transmission. The conductor is then protected by foam dielectric which is further injected with Nitrogen which by nature is an inert gas and performs better over chemical foam.

There is a double screen of a composite special type of bonded aluminum foil. A unique braiding of 60% coverage ensures low loss of quality of the signal, additional mechanical strength. This cable also performs well in tropical climates as it is resistant to oxide formation. The protective in-house formulated pvc compound makes this cable abrasion resistant with a tough exterior.

This cable is then further tested via computerized analyzer for all parameters. It is also available with steel wire amouring for underground applications.

As opposed to conventional dry core cables that have annealed bare electrolytic copper conductor. Jelly filled cables provide much needed protection from rodents, water logging and moisture.

Apart from the external pvc coating the jelly filling provides extra cover and eliminates cross-talk interference. Polycab jelly filled telephone wires have been known to deliver superior quality of sound and connectivity while remaining robust and easy to maintain.

These cables easily withstand the volatile discrepancy of temperatures found between server rooms, air conditioned workplaces and everything in between.

With keeping in mind a under construction environment, welding cables are built to last in the harshest of environments as they are prone to sparks, abrasions, oil, tar, grease and the plethora of hazardous materials that compromise the safety and use of welding cables.

These cables also have a protective rubber covering that is armoured to be heat and flame resistant. Easily capable of withstanding heat between 60-90 degrees these cables are custom made with the interiors of the cable carefully stranded with copper wires that allow easy flexibility. These intricately stranded are a class apart with this unique component of design; most other cables offer only a difference in the specification of the strength, capacity and durability of the cable.

Welding wires are predominantly used in powering welding tools, they have a secondary role in powering these machines. Their role in work environments often subjects them to not only have a versatile profile but also conform to highest standards in safety since their application is required in some of the harshest of under construction environments.

We at Prabhat Cables strive for a better future and clean energies. We continue to pledge our support of Polycabs commitment in making Solar cables. The solar cable industry is vibrant and has a growing popularity for its clean and efficient applications. The solutions in tapping solar energy although difficult have been successfully overcome in making solar cables.

With solar energy comes the requirement of connecting an outdoor external source to another photovoltaic application. The solutions required flexibility, mobility and a capability of withstanding extreme weather conditions. Polycabs solar cables are known for their mechanical strength. The metal mesh housing the cable doubles up as a shield against over voltage.

The flexibility of the cables allows for easy installation and care. The raw materials in making the solar cables are specially picked to be fire retardant, halogen free and flame resistant. The insulation was key as it needed to withstand thermal as well as mechanical loads. This was overcome by using plastic that has been cross linked with the help of a electron beam. The solar cable has endurance for salt water, alkalines solutions as well as acids.

Stranded Copper or Aluminum conductors are first coated with Semi Conductor compound and then insulated by XLPE compound as per the requirements of the IS for various cored cables. This core is now coated again with semi conductor compound.

Copper tape now wraps to fully cover this semi conductor coated core. For three cores cable all these copper taped cores are then laid up tied up and polyester taped. These laid up cores are then inner sheathed with PVC ST2 compound. Armouring is then done by GI round wires or strip wires wound on this inner sheath.

These laid up cores duly inner sheathed and armoured are then inner sheathed with PVC/FR PVC/FRLS PVC or FRZH sheathing compound.

There are many options of cables that we at Prabhat Cables provide for a divergent requirements of applications. Low tension cables are as diverse as they are required in their applications. Whether copper/aluminium/armoured /unarmoured/ fire resistantFR/or fire retardant zero halogen FRZH.

The solid or stranded copper/ aluminium cables are insulated with cross linked polyethylene (XLPE) or pvc compound as per requirements of the IS for various cored cables. They are then laid up in cores as per required and bunched together by laying process with appropriate lay length.

These laid up cores are then inner sheathed with wrapped pvc tape or extruded pvc sheathing. If required armouring is then done by GI round wires or strip wires wound on this inner sheath. These laid up cores duly inner sheathed and armoured are then inner sheathed with PVC/FR PVC/FRLS PVC or FRZH sheathing compound.

Endurance is a rare commodity, it relies on two factors to remain in application while leaving the end result unscathed. These two factors are known as well as feared; they are known as wear & tear. Time and pressure submit rocks into diamonds.

Although few of our present day applications need running into eons of ages, we at Prabhat Cables nonetheless account for durability in all our products. To both sustain and deliver the ever more growing demands and applications of life in the new millennium.

From the control room to diverse applications transmitters instrumentation cables are the unspoken heroes of the industrious world. Providing a seamless feed of information to diverse clusters of instruments and machines. These cables come with the optional Mylar shielding which further eliminate any noise. These cables are widely favoured in the petrochemical, steel and aviation industry.

The Copper used in these jelly filled cables is 99.97 pure solid electrolytic grade provides for the better signal transmission. The conductor is then protected by foam dielectric which is further injected with Nitrogen which by nature is an inert gas and performs better over chemical foam.

There is a double screen of a composite special type of bonded aluminum foil. A unique braiding of 60% coverage ensures low loss of quality of the signal, additional mechanical strength. This cable also performs well in tropical climates as it is resistant to oxide formation. The protective in-house formulated pvc compound makes this cable abrasion resistant with a tough exterior.

This cable is then further tested via computerized analyzer for all parameters. It is also available with steel wire amouring for underground applications.

As opposed to conventional dry core cables that have annealed bare electrolytic copper conductor. Jelly filled cables provide much needed protection from rodents, water logging and moisture.

Apart from the external pvc coating the jelly filling provides extra cover and eliminates cross-talk interference. Polycab jelly filled telephone wires have been known to deliver superior quality of sound and connectivity while remaining robust and easy to maintain.

These cables easily withstand the volatile discrepancy of temperatures found between server rooms, air conditioned workplaces and everything in between.

With keeping in mind a under construction environment, welding cables are built to last in the harshest of environments as they are prone to sparks, abrasions, oil, tar, grease and the plethora of hazardous materials that compromise the safety and use of welding cables.

These cables also have a protective rubber covering that is armoured to be heat and flame resistant. Easily capable of withstanding heat between 60-90 degrees these cables are custom made with the interiors of the cable carefully stranded with copper wires that allow easy flexibility. These intricately stranded are a class apart with this unique component of design; most other cables offer only a difference in the specification of the strength, capacity and durability of the cable.

Welding wires are predominantly used in powering welding tools, they have a secondary role in powering these machines. Their role in work environments often subjects them to not only have a versatile profile but also conform to highest standards in safety since their application is required in some of the harshest of under construction environments.