Pop Up

Talk to a Busbar Expert

Need custom copper or aluminum busbars for EV batteries, energy storage systems, power distribution, or industrial electrical equipment? Our team provides insulated, flexible, laminated, plated, and bare busbar solutions with design support, testing guidance, and reliable manufacturing for projects in the USA and Europe.

Custom Flat Bare Copper Busbar

√  Various widths, thicknesses, and lengths available

√  Excellent electrical conductivity for efficient power transmission

√  Low electrical resistance to minimize energy loss

√  Robust construction ensures resistance to mechanical stress

√  Easily shaped and customized to fit specific design requirement

Product Form
Share your love

As a specialized copper conductor manufacturer for 20 years, we provide high-performance bare copper busbar solutions for electrical systems worldwide. Based on the excellent conductivity of T2 copper (≥98% IACS) and flexible manufacturing system, we can quickly deliver standardized products as well as meet the customized requirements for various special working conditions.

Item Type: Bare copper busbar
Material base: Pure T2 copper
Dimension: as to customer’s drawing
Insulation Options: tPVC dipped (0.5-3mm) / Heat Shrink Sleeve (Φ6-Φ80)
insulation: bare copper /pvc dipped / heat shrink sleeve
Surface Finish: Bare Copper/Tin Plated (12μm)/Nickel Plated (15μm)/Silver Plated (8μm)
Conductivity: ≥58MS/m (20℃)
Drawing file: PDF and STP file
Machining accuracy ±0.1mm (CNC machining)

Your Premier Bare Copper Busbar Manufacturer

Application of bare copper busbar

✓ New energy distribution cabinet busbar

✓ Railway Traction System ✓ Data center power distribution

✓ Industrial automation control cabinet

✓ High-voltage switchgear connectors

How is our technical support?

▶ 3D modeling support (SolidWorks/UG)

▶ Load Capacity Calculation Service

▶ Vibration condition simulation

▶ Thermal stress analysis report

▶ Connection solution optimization

bare copper bus bar

Frequently Asked Questions

Q1: Why choose T2 copper as the base material?

A: T2 copper (C11000) contains ≥99.9% copper and oxygen content is controlled at 0.02-0.06%, which achieves the best balance between electrical conductivity (58MS/m) and ductility (elongation ≥35%), and complies with GB/T 5585.1-2005 standard.

Q2:What information do I need to provide for customized production?

A:It is recommended to provide:

  1. CAD drawing (DXF/STEP format)
  2. Installation environment description
  3. Current loading parameters
  4. Surface treatment requirements
  5. Special certification requirements.

If there is no drawing, we can provide DFM manufacturability analysis.

Q3: How to implement quality control?

A: We implement a triple testing system:

  1. Raw material spectral testing (Hitachi PDA-7000)
  2. Process dimensional monitoring (Mitutoyo three-dimensional)
  3. Finished product conductivity testing (eddy current conductivity meter).
  4. Each batch comes with material report and inspection certificate.

Q4: How to choose the plating thickness?

A: General recommendations:

  • Indoor dry environment: bare copper or tin plating (8μm)
  • Humid environment: Nickel plating (12μm)
  • High corrosive environment: silver plating (6μm) + local insulation
  • Specific need to combine with salt spray test requirements (48-1000h).

Q5: How is the delivery time guaranteed?

A:Standard parts are shipped within 48 hours from stock, 7-12 days for regular customization (including mold opening), 15-20 days for complex shaped parts. Emergency orders can start the fast track, the fastest delivery 72 hours.

Q6:How does the packaging prevent oxidation?

A: The composite package of VCI vapor phase rust prevention film + desiccant + edge protection can keep 6 months without oxidation under the sea transportation environment. Additional moisture-proof vacuum package is added for export products.

Q7:Does it support small quantity trial order?

A: We provide flexible order quantity service:

  • Standard specification: from 10 meters
  • Customized specifications: from 30 meters (can mix and match different specifications)
  • The first order enjoys the discount of engineering fee.

Q8: How to optimize the busbar layout design?

A: Our technical team can provide:

  1. Electromagnetic field simulation (Ansys Maxwell)
  2. Heat distribution simulation (ΔT<15℃)
  3. Mechanical stress analysis ③ Mechanical stress analysis
  4. Space utilization optimization solutions
Material

Pure T2 Copper

Product Type

Bare Copper Busbar

Surface Finish

Bare Copper, Tin, Nickel, or Silver Plated

Insulation Option

Bare, PVC Dipped, or Heat Shrink Sleeve

Manufacturing Method

CNC Machining to Drawing

Application

EV Battery, Energy Storage, Power Distribution