Fabricated Busbar

  • Conductivity and Structure: Busbars are designed to conduct electricity effectively, whether they are exposed or enclosed within a system. They often feature multiple joints to ensure proper length and configuration, with various take-off points connected to end-use equipment.
  • Material Choice: Copper and aluminium are preferred materials due to their excellent electrical conductivity. Copper, in particular, requires specialized skills for fabrication due to its softness compared to steel.
Fabricated busbars and transformer accessories manufacturer India
  • Electrolytic Tough Pitch (ETP) Grade Copper: We use high-quality ETP grade copper known for its excellent conductivity and durability
  • Cutting: Precision cutting to exact specifications.
  • Forming: Shaping the busbars to the required configurations.
  • Punching/Drilling: Creating accurate holes and slots for connections.
  • Slotting: Ensuring the proper fit and function within electrical systems.
  • Bending: Custom bending to meet design requirements.
  • Tapping: Preparing busbars for secure fastening.
  • Plating: Providing Tin & Silver Plating for enhanced performance and corrosion resistance.

FAQ’s

What is a fabricated busbar?

A fabricated busbar is a custom-designed copper or aluminum conductor used to distribute electrical power efficiently within electrical panels and transformer systems.

What materials are used in fabricated busbars?

Fabricated busbars are typically manufactured using high-conductivity copper or aluminum based on electrical and application requirements.

Are fabricated busbars custom manufactured?

Yes, fabricated busbars are manufactured as per drawings, dimensions and specifications to suit specific electrical applications.

Where are your fabricated busbars manufactured?

All fabricated busbars are manufactured at our facility in Mumbai, India.

What applications use fabricated busbars?

Fabricated busbars are widely used in transformers, switchgear, control panels and power distribution systems.