24 hrs Delivery
Electrical & Appliances
Office Supplies
Industrial Tools
Agri & Gardening
Medical & Lab Supplies
Safety Supplies
Automotive
Construction Materials
Packaging & Material Handling

With Bright Annealed Electrolytic Bare



With Bright Annealed Electrolytic Bare











Environment Friendly & Safe in Use
High Insulation Resistance, Anti Termite & Anti Rodent



Flexible Multistrand Copper Conductor- Provides Easy Installation, Superior Conductivity and
Higher Current Carrying Capacity- Ensures Efficient Power Transmission and Reliable

Carbon-neutral Manufacturing Process - Produced Using Clean Gas Technology with
Durable 90m House Wire - Ideal for Long-distance Residential &




Flame Retardant
Offers High Insulation Resistance & Long Life

Electrolytic Grade Bare Copper Conductor
Flame Retardant






Rust Free & Fire Resistant
Weather Resistant & Moisture Resistant


RoHS Compliant, Reach Compliant, High Insulation Resistance & Anti Termite








Hang on, Loading More
What are 1.5 sq mm wires and cables commonly used for?
1.5 sq mm wires and cables are typically used for general-purpose wiring in residential and commercial applications, including lighting circuits, power outlets, and low-power appliances where the current demand is moderate.
What is the current carrying capacity of a 1.5 sq mm wire?
The current carrying capacity of a 1.5 sq mm wire varies depending on installation method, ambient temperature, and whether its single or in a bundle. However, it generally ranges from about 15 to 25 amperes.
What are the advantages of using 1.5 sq mm wires?
Advantages include their flexibility, ease of installation, cost-effectiveness for lighter loads, and suitability for standard household electrical needs. They offer a good balance between performance and material usage for many common applications.
What standards should 1.5 sq mm wires and cables comply with?
1.5 sq mm wires and cables should comply with relevant national and international standards, such as IS standards in India, BS standards in the UK, or IEC standards globally, to ensure safety and performance.