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A copper cable is a group of two or more copper wires bundled together in a single sheath or jacket. Copper wire and cable is used in power generation, power transmission, power distribution, telecommunications, electronics circuitry, and countless types of electrical equipment. It has the highest electrical conductivity rating of all non-precious metals (100%). Electrical conductivity is a measure of how well a material transports an electric charge.

Construction - Solid Annealed Copper Conductor drawn from continuous cast copper Rods are insulated with Solid / Foam / FoamSkin Polyethylene Compound on Tandem Insulating Lines. Insulated Conductors are paired and assembled into 10 Pairs / 20 Pairs Units with identification Binders. Numbers of units are grouped to form super units of 50 Pairs /100 Pairs. Units/ Super Units are stranded and simultaneously filled with Jelly and wrapped with Layer(s) of Polyester Tape. The cable core so formed is flooded with Water Swellable Jelly and Screened with Aluminium Foil. Black Polyethylene is extruded over the Screen and gets bonded to the screen. Layer(s) of Bedding Tape are applied helically with overlap. Armour consisting of Two Layers of Galvanized Steel Tape is applied helically with gap, the second tape covers the gap of the first tape. Black Polyethylene is extruded over the armouring. Other variants of the cable such as Un-Armoured cables for installation in Ducts, Aerial Cables for overhead installation are also in the product range.

A fiber optic cable is a network cable that contains strands of glass fibers inside an insulated casing. They're designed for long-distance, high-performance data networking, and telecommunications. Compared to wired cables, fiber optic cables provide higher bandwidth and transmit data over longer distances. Fiber optic cables support much of the world's internet, cable television, and telephone systems.

Description - Colour coated optical fibers are put in a loose tube filled with Thixotropic jelly. Two high tensile Steel Wires (or FRP Rods) are embedded in the polyethylene sheath for getting desired strength and rigidity in the cable. Additional peripheral strength members may be included to provide additional pulling tensile strength. Cable shall be marked at every meter giving details of Cable ID No., Length, Size details and Our Brand name.

Armoured OFCables armouring with co-polymer coated Steel Tape is provided around the loose tube for mechanical and rodent attack protection.
Advantages
(1) High Flexibility
(2) Low Bending Radius
(3) Light Weight & Smaller Cable Diameter
(4) Easy to Install (over head with stay wire, PLB ducts)

1. Permanently lubricated (silicore inner layer) HDPE ducts of international standards allows smoother and faster process for blowing/ laying the electrical network underground.
2. Due to specialized designed ribbed inner layer, low friction and high crush resistance allows easy and safe installation of cables.

1. The ribbed power duct facilitates to reduce the time and cost for the underground cable placement.
2. HDPE provides high ductility, UV Stability and flexibility.
3. Improves the ESCR and crush resistance property and this enhances the mechanical and physical protection to the cable and durability of the same.
4. Improves the ESCR and crush resistance property and this enhances the mechanical and physical protection to the cable and durability of the same.
5. This designed product enhances the installation through blowing, HDD & open trenching.

6. Consumption of accessories also gets reduces due to high flexibility.
7. This facilitates maintenance and future upgrades.
8. Significant reduces friction between Duct and cable, minimizing pull force requirement and protects the cable.
9. Significant reduces friction between Duct and cable, minimizing pull force requirement and protects the cable.

HDPE Ducts with Silicore® inner layer and designed in compliance with International and National specifications, offer FASTER, SAFER and EASIER methodology for building underground Electrical Networks. Special inside ribbed design offers high crush resistance and further reduces friction to facilitate Cable placement

1. World renowned Silicore® inner layer reduces friction between Duct and Cable significantly; minimizing Pull Force requirement and keeping cable safe.
2. Product designed for installation through Plowing, HDD, Open Trenching, or Saw Cut.
3. High Ductility, Flexibility and UV stability.
4. High ESCR and Crush resistance properties provide mechanical protection to cable; enhancing life of the network.
5. High flexibility reduces consumption of accessories.

6. Super Slick inside surface reduces Pull force requirement significantly; protecting cable damage due to tensile force.
7. Facilitates maintenance and future upgrades.
8. Reduces project installation costs and time.

Smooth Out Ribbed In duct is made from virgin, flexible HDPE in 2 layer construction with inner wall co-extruded with ‘Silicore®‘ lining. It offers lowest friction while installing Optic Fiber and copper cable networks. It can easily be swept to make gradual bends without special forming equipment. It has Superior resistance to natural or mechanical damage and has an expected life span of > 50 years.

Inside Straight Ribbed Silicore® Permanently Lubricated Lining reduces surface area of contact between Duct & Cable and maximizes pulling and jetting distances. The ribs help direct airflow around the cable during cable jetting installations increasing jetting efficiency.

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