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Copper busbar suppliers.

If you are searching for the best premium quality copper busbars supplier and exporter then you are in the perfect place. In this blog post, I have written about what are buasbars, properties of busbars, applications of busbars.


what are bus bars?

Busbar (also bus bar) is a metallic strip or bar, typically placed inside switchgear, panel boards, and busway enclosures for local high current power distribution. They are also used to connect high voltage equipment at electrical switchyards, and low voltage equipment in battery banks.


copper bus bars are in demand because of high conductivity and properties like free bend-ability and crack resistance.

We supply premium quality busbars in different sizes based on our customer requirements. Copper busbar we supply is made of optimum quality raw material .if you have a requirement of copper bus then send us a mail on

sanjeshmehta@yahoo.com and we will quote you the best price.





Properties of Copper busbars.

1. Copper busbars offers high short circuit resistance due to compact construction.

2.copper busbar offers lower voltage drop when compared to cable systems.

3.Copper busbar offers high mechanical resistance.

4.better cooling capability.

fast, easy and safe installation.



How do busbars work? Electrical busbars are conductors or a group of conductors used for collecting electric power from incoming feeders. From there, they distribute the power to the outgoing feeders. In laymen's terms, it is a type of electrical junction where all incoming and outgoing electrical currents meet.




When space is limited or alternative electrical distribution is required, busbars are fit for purpose. Because they are so robust and resilient, busbars can withstand external weather conditions extremely well, which makes them a prime candidate for being used on electrical substations or switchyards.




Applications of busbars .

  1. Busbars are used in Power and hybrid traction.

  2. Power traction equipment.

  3. Cellular communication.

  4. Base stations.

  5. Telephone exchange systems.

  6. Large network equipment.

  7. Large and medium computers

  8. Power switch systems.

  9. Welding systems.

  10. Military equipment systems.

  11. Power generation systems.

  12. Power conversion modules of electric equipment.


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