Electrical Cables

Water Cooled Cables are specially designed high-current flexible conductors that use a water circulation system to actively remove heat from the cable during operation. These cables are essential in high-temperature, high-load industrial environments—particularly in induction furnaces, arc furnaces, and electrolytic plants—where natural air cooling is insufficient to maintain safe operating temperatures.

Key Features

• Active Cooling via Internal Water Flow
• Handles Extremely High Currents
• Controls Thermal Expansion & Heat Build-Up
• Flexible for Moving Connections
• Protected Against Mechanical and Electrical Stress

Working Principle

• As electrical current flows through the cable, it generates heat. In water-cooled cables, coolant water is circulated through an internal channel, effectively absorbing and carrying away this heat, which helps:
• Maintain conductor performance
• Protect surrounding components
• Extend the life of the cable

Applications

• Induction Melting & Heating Furnaces
• Electric Arc Furnaces (EAF)
• Resistance Welding Equipment
• Electrolysis and Electroplating Systems
• Heavy Industrial Machinery in Steel, Glass, and Mining Sectors

Advantages

• Superior Heat Dissipation for High-Load Systems
• Extended Cable Life in Harsh Environments
• Minimizes Thermal Degradation of Conductors
• Supports Continuous Duty Applications
• Customizable Lengths, Hose Sizes, and Connectors

Safety and Maintenance Tips

• Ensure clean, non-corrosive water supply to prevent scaling or blockages
• Regularly inspect for leakage or hose wear
• Monitor water flow and pressure for optimal cooling efficiency

Conclusion

Water Cooled Cables are critical components for high-power electrical systems operating under extreme thermal loads. Their ability to maintain low conductor temperatures during intense operation makes them indispensable for industrial heat-processing equipment and electrometallurgical systems. With proper installation and maintenance, they deliver safe, efficient, and long-lasting performance.

Need technical guidance or custom sizing?

Contact us today to discuss your requirements. Our team will assist you with technical details, price quotes, and delivery timelines.

Our Crepe Kraft Paper Insulated Copper Cables are specially designed for applications that demand superior dielectric strength, thermal endurance, and mechanical flexibility. Manufactured using high-conductivity copper and insulated with multiple layers of high-quality crepe kraft paper, these cables provide exceptional performance in oil-immersed electrical systems.

Key Features

• Electrolytic Grade Copper: Ensures excellent electrical conductivity and minimal energy loss.
• Premium Crepe Kraft Paper: Offers enhanced elasticity, oil absorption, and dielectric properties for reliable insulation in transformer oil.
• Flexible and Durable: Crepe structure allows for easy bending and winding without compromising insulation integrity.
• High Compatibility: Perfectly suited for use in oil-immersed environments, ensuring long-term operational stability.

Applications

• Power & Distribution Transformers
• Current and Potential Transformers (CTs & PTs)
• Reactors and Magnetic Coils
• High-Voltage Switchgear and Bushings
• Oil-Filled Electrical Equipment

Advantages

• Excellent electrical insulation under oil
• High mechanical strength and thermal stability
• Reduces partial discharge and enhances system reliability
• Customizable paper build and conductor size options

Available Options

• Round or rectangular copper conductors
• Single or multi-layer crepe paper insulation
• Paper build thickness as per customer or IS/IEC specifications
• Supplied in spool, reel, or coil form

Quality Test:

Thoroughly tested for insulation quality, paper adhesion, and electrical properties

Earthing wires are a vital component in Cathode Ray Tube (CRT) assemblies to ensure electrical safety, EMI shielding, and equipment protection. In CRT systems, earthing wires provide a path for leakage or fault currents to safely dissipate into the ground. These wires are typically constructed using Copper or Tin-plated conductors, insulated with PVC (Polyvinyl Chloride) for flexibility, durability, and electrical insulation.

Applications in CRT Assembly

• High-voltage discharge paths: Safely channels residual charge from the anode cap to ground.
• Chassis earthing: Ensures the CRT’s metal frame or shielding is properly grounded.
• Electromagnetic shielding: Reduces radio frequency interference (RFI) and ensures electromagnetic compatibility (EMC).

Benefits

• Maintains user safety by preventing electric shocks from charge accumulation.
• Reduces component damage due to voltage spikes or static buildup.
• Durable construction ensures reliability over the CRT’s operational life.

Conclusion

Earthing Copper/Tin/PVC Wires are essential components in CRT assemblies for maintaining operational integrity and safety. Their high conductivity, robust insulation, and corrosion resistance make them ideal for handling the unique electrical demands of CRT technology. While CRTs are largely obsolete in modern consumer electronics, these grounding techniques remain relevant in industrial and legacy equipment maintenance.

Need technical guidance or custom sizing?

Contact us today to discuss your requirements. Our team will assist you with technical details, price quotes, and delivery timelines.

Our PVC Insulated Cables are designed to deliver reliable performance across a wide range of electrical applications. Manufactured using high-conductivity copper or aluminium conductors and insulated with premium-grade PVC (Polyvinyl Chloride), these cables offer excellent electrical, thermal, and mechanical properties suitable for domestic, commercial, and industrial installations.

Key Features

• High-Quality Insulation: PVC insulation provides excellent resistance to moisture, abrasion, chemicals, and flames.
• Flexible Construction: Easy to handle, install, and route through conduits, ducts, or open wiring systems.
• Stable Electrical Performance: Low dielectric loss and consistent insulation resistance for safe and efficient operation.
• Wide Range of Sizes: Available in single-core and multi-core configurations with a variety of conductor sizes.
• Color-Coded Insulation: For easy identification and wiring during installation.

Applications

• Power Distribution (Low Voltage)
• Internal Wiring in Buildings
• Industrial Machinery & Control Panels
• Household Appliances and Lighting Systems
• Agricultural and Commercial Electrical Systems

Types Available

• Single Core / Multi-Core
• Copper or Aluminium Conductor
• Solid, Stranded or Flexible Types
• Voltage Grades: 300/500V, 450/750V, and 1100V
• Available with or without sheathing

Our PVC Insulated Cables are designed to deliver reliable performance across a wide range of electrical applications. Manufactured using high-conductivity copper or aluminium conductors and insulated with premium-grade PVC (Polyvinyl Chloride), these cables offer excellent electrical, thermal, and mechanical properties suitable for domestic, commercial, and industrial installations.

Key Features

• High-Quality Insulation: PVC insulation provides excellent resistance to moisture, abrasion, chemicals, and flames.
• Flexible Construction: Easy to handle, install, and route through conduits, ducts, or open wiring systems.
• Stable Electrical Performance: Low dielectric loss and consistent insulation resistance for safe and efficient operation.
• Wide Range of Sizes: Available in single-core and multi-core configurations with a variety of conductor sizes.
• Color-Coded Insulation: For easy identification and wiring during installation.

Applications

• Power Distribution (Low Voltage)
• Internal Wiring in Buildings
• Industrial Machinery & Control Panels
• Household Appliances and Lighting Systems
• Agricultural and Commercial Electrical Systems

Types Available

• Single Core / Multi-Core
• Copper or Aluminium Conductor
• Solid, Stranded or Flexible Types
• Voltage Grades: 300/500V, 450/750V, and 1100V
• Available with or without sheathing

Our PVC Insulated Cables are designed to deliver reliable performance across a wide range of electrical applications. Manufactured using high-conductivity copper or aluminium conductors and insulated with premium-grade PVC (Polyvinyl Chloride), these cables offer excellent electrical, thermal, and mechanical properties suitable for domestic, commercial, and industrial installations.

Key Features

• High-Quality Insulation: PVC insulation provides excellent resistance to moisture, abrasion, chemicals, and flames.
• Flexible Construction: Easy to handle, install, and route through conduits, ducts, or open wiring systems.
• Stable Electrical Performance: Low dielectric loss and consistent insulation resistance for safe and efficient operation.
• Wide Range of Sizes: Available in single-core and multi-core configurations with a variety of conductor sizes.
• Color-Coded Insulation: For easy identification and wiring during installation.

Applications

• Power Distribution (Low Voltage)
• Internal Wiring in Buildings
• Industrial Machinery & Control Panels
• Household Appliances and Lighting Systems
• Agricultural and Commercial Electrical Systems

Types Available

• Single Core / Multi-Core
• Copper or Aluminium Conductor
• Solid, Stranded or Flexible Types
• Voltage Grades: 300/500V, 450/750V, and 1100V
• Available with or without sheathing

Our Submersible Flat Cables are specially designed for continuous underwater operation, providing reliable electrical performance in deep-well and submersible pump installations. These cables are manufactured using high-quality electrolytic copper conductors, insulated and sheathed with premium-grade PVC or rubber compounds to ensure durability, flexibility, and protection against harsh environments.

Key Features

• High-Quality Conductors: Made with annealed bare or tinned copper for excellent conductivity and low power loss.
• Flexible Flat Design: Compact and space-efficient, ideal for easy installation in narrow borewells and confined spaces.
• Robust Insulation and Sheathing: Resistant to water, oil, abrasion, and chemicals; suitable for prolonged submersion.
• Temperature & Moisture Resistant: Performs reliably in high-moisture environments and wide temperature ranges.
• Long Service Life: Engineered to withstand mechanical stress, voltage fluctuations, and exposure to groundwater minerals.

Applications

• Submersible Pump Connections (Agricultural, Domestic, and Industrial)
• Deep-Well Water Pumping
• Sewage and Drainage Systems
• Fountain Installations
• Irrigation Systems

Available Configurations

• 2-Core, 3-Core, and 4-Core constructions
• Voltage Grades: 300/500V, 450/750V, and 1100V
• Conductor Size Range: As per IS 694 / IEC standards
• Sheathing Options: PVC, Rubber, or XLPE (on request)

Quality Test

100% tested for insulation resistance, dielectric strength, and conductor continuity