About 120 X 10 mm Industrial Copper Busbar
Elevate your electrical systems with our 120 X 10 mm Copper Busbarscrafted from the highest grade copper and rigorously tested for unbeatable durability. With unparalleled strength and a hard surface due to its galvanization treatment, this product is suitable for diverse applications. Made in India and available in various grades, it serves as a marvelous solution for reliable conductivity. Purchase now and grab yours to benefit from its 1-2 year warranty. Experience the spectacular value of these new copper busbars.
Advantages and Features of the Copper Busbar
The 120 X 10 mm Copper Busbar offers high-strength performance in electrical systems. Its hard galvanized surface ensures durability, while the copper alloy composition enhances conductivity. Suitable for varied applications, this product brings value to your operations.
Domestic Market and Supply Information
This busbar is supplied across the Indian domestic market with a reliable ability to fulfill orders promptly. Samples can be handed over for evaluation, and prices are subject to listing negotiations for better terms.
| Thickness |
10 mm |
| Usage/Application |
Control Panels, Power Distribution, Bus Ducts, Busbar system |
| Length |
12 foot |
| Shape |
Rectangular |
| Color |
Copper |
| Country of Origin |
Made in India |
FAQs of 120 X 10 mm Copper Busbar:
Q: What grades of copper busbar are available?
A: Different grades of copper are available for the 120 X 10 mm Copper Busbar to suit varied applications.
Q: How is the surface treated?
A: The surface of the busbar is galvanized, which enhances its durability and resistance to environmental conditions.
Q: When can I expect delivery after placing an order?
A: Delivery timelines are arranged based on supply ability, ensuring prompt fulfillment of orders across India.
Q: Where is this product manufactured?
A: The 120 X 10 mm Copper Busbar is manufactured in India.
Q: What benefits does the hard condition of the busbar provide?
A: The hard condition improves its structural integrity, making it suitable for demanding electrical applications.