Flexible Copper Busbar
Flexible Copper Busbar
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Bus Bar Fabrication
  • Bus Bar Fabrication

Bus Bar Fabrication

Bus Bar Fabrication is the process of cutting, shaping, punching, and finishing conductive metal bars—typically copper or aluminum—used for power distribution in panels, switchgear, and electrical enclosures.
  • Product Details

What Is Bus Bar Fabrication?

Bus bar fabrication refers to the precise manufacturing process of forming conductive metal strips—usually Solid Copper Bus Bars—into components for electrical power distribution. These busbars are essential in applications such as switchgear, panel boards, battery packs, and data centers. G & N Fortune Limited is one of the experienced busbar manufacturers offering tailored solutions in both copper and aluminum bus bar fabrication, ensuring high conductivity, durability, and dimensional accuracy.

As a trusted Copper Busbar supplier, we specialize in Bus Bar Copper components designed for performance and reliability.

Bus Bar Fabrication

Technical Features of Our Solid Copper Bus Bars

FeatureSpecification
MaterialETP / OFHC Copper (≥99.9% Cu)
Conductivity100% IACS (1.724 μΩ·cm at 20°C)
Current RatingUp to 1000 A/cm² (continuous)
Short-Circuit WithstandUp to 50kA for 1 second
Tensile Strength350–450 MPa (hard-drawn copper)
Surface TreatmentTin or silver plating, bare copper optional
InsulationPowder coating or heat-shrink, >15kV/mm
Fabrication Tolerance±0.1mm (cutting), ±0.5° (bending)

Our solutions also include custom-machined and pre-drilled Copper Busbars ready for integration into your electrical systems.

Bus Bar Fabrication

Bus Bar Fabrication Application Fields

G & N Fortune Limited’s bus bar copper solutions are widely used in:

Power Distribution

Switchgear and distribution panels rated up to 4000A and 36kV rely on high-quality Solid Copper Bus Bars for stable performance.

Data Centers

Modular bus bar fabrication is key for busway systems supplying 800–5000A power across high-density server racks.

Renewable Energy

Solar inverters and combiner boxes (up to 1500V DC) require corrosion-resistant Copper Busbar supplier solutions.

Transportation

Busbar manufacturers support rail and EV applications with high current (3000A DC) custom copper busbar assemblies.

Battery & Energy Storage

We offer laminated and solid Bus Bar Copper for EV battery systems and BESS up to 1000V, optimized for low impedance.



Why Choose G & N Fortune Limited Bus Bar Fabrication?

Material Excellence: We use premium ETP grade copper (Cu-ETP, ≥99.9% purity), delivering conductivity of up to 100% IACS.

Precision Engineering: Our processes include:

  • CNC punching (hole tolerance ±0.05mm)

  • Laser cutting (Ra < 6.3μm)

  • Bending (angle accuracy ±0.5°)

  • Electroplating (tin 5–10μm, silver on request)

Advanced Techniques: Including ultrasonic cleaning, friction stir welding, and additive manufacturing for custom geometries.

Custom Orders Available: You can buy copper busbar solutions to exact dimensions, with multiple plating and insulation options.


Buy Copper Busbar With Confidence

Whether you need standard flat copper busbars, custom bent shapes, or fully fabricated copper bus bar assemblies, G & N Fortune Limited ensures:

  • Fast lead times

  • ISO 9001 certified quality

  • Bulk and OEM ordering

  • Global shipping

Looking to buy copper busbar for your project? Contact us today for custom quotations and technical consultation.



FAQ

1. What is Bus Bar Fabrication?

Bus Bar Fabrication is the process of cutting, shaping, punching, and finishing conductive metal bars—typically copper or aluminum—used for power distribution in panels, switchgear, and electrical enclosures.

2. Which materials are used in bus bar fabrication?

Common materials include:

  • ETP Copper (Electrolytic Tough Pitch Copper)

  • Tinned Copper

  • Aluminum (often with surface treatment)

  • Insulated laminated copper

3. What industries use custom bus bar fabrication?

Bus bar fabrication is widely used in:

  • Power distribution panels

  • Renewable energy (solar & wind systems)

  • Electric vehicles (EVs)

  • Industrial machinery

  • Data centers

4. Can bus bars be custom designed?

Yes. We support fully customized busbar shapes, thicknesses, hole patterns, coatings (tin/silver), and insulation to meet project-specific requirements.

5. What processes are involved in fabrication?

Key processes include:

  • CNC cutting or punching

  • Bending/forming

  • Drilling or laser-cutting

  • Surface treatment (e.g., tin-plating)

  • Heat-shrink or epoxy insulation

6. What are the benefits of professional bus bar fabrication?

  • Enhanced conductivity and current handling

  • Space-saving and efficient electrical layouts

  • Improved reliability and heat dissipation

  • Clean, consistent insulation coverage

7. What certifications do you offer for bus bar products?

We provide RoHS, REACH, ISO 9001, and UL certifications upon request for compliance and safety assurance.


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