About 75x5 mm Industrial Copper Bus Bar
Introducing the rarefied 75x5 mm Copper Busbar, a new release exemplifying unparalleled craftsmanship originating from India. This premium busbar is available in various grades to suit your specific requirements, boasting a high strength and hard surface for rugged performance.
Extra Features and Usage Benefits
The 75x5 mm Copper Busbar excels in performance with exceptional conductivity and high durability, ensuring reliable usage across industrial applications. It displays advanced machine features such as galvanized coating for corrosion resistance and a tested hardness for heavy-duty operations. Suitable for manufacturing, electrical distribution, and trading purposes, this busbar is a versatile component built for excellence.
Packaging, Payment and Export Details
This busbar is securely packaged for safe arrival, with delivery mechanisms ensuring prompt access globally. Payment terms are flexible to cater for diverse customer needs, featuring advance offerings and seamless transactions. The primary export markets include Asia, Europe, and beyond, making this arrival a competitive addition to global industrial needs.
| Thickness |
5 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 75x5 mm Copper Busbar:
Q: How is the 75x5 mm Copper Busbar constructed?
A: The busbar is constructed using high-grade copper alloys with galvanized surface treatment for maximum durability and conductivity.
Q: Where is the 75x5 mm Copper Busbar manufactured?
A: This product is manufactured in India using advanced industrial processes to ensure quality.
Q: What are the main uses of this busbar?
A: It is widely used in manufacturing, electrical distribution systems, and as a core component for industrial setups.
Q: What packaging is used for the delivery of the busbar?
A: The busbar is packaged securely in industrial-grade wrapping to ensure pristine condition upon delivery.