A custom busbar is a specially designed electrical conductor used to distribute power efficiently within electrical systems, switchgear, battery packs, and industrial equipment. Unlike standard busbars, a custom Copper Busbar is tailored to meet specific dimensional, electrical, and mechanical requirements, providing optimized performance for unique applications.
Our solutions include Custom Copper Busbar designs for high-current applications, busbar custom layouts for compact installations, and custom Copper Busbar Supplier services for OEMs and industrial clients worldwide.
Material Selection – High-conductivity copper (ETP Copper ≥ 99.9%) or aluminum is selected based on current rating and application.
Precision Cutting & Shaping – CNC stamping, laser cutting, or water-jet cutting ensures accurate dimensions and hole patterns.
Surface Treatment – Tin, nickel, or silver plating improves conductivity and prevents oxidation.
Insulation & Coating (Optional) – Epoxy resin, silicone rubber, or heat-shrink tubing can be applied to create insulated custom busbar solutions.
Quality Inspection – Each custom Copper Busbar undergoes testing for electrical conductivity, thermal performance, and mechanical strength.
The principle behind a busbar custom design is to reduce electrical losses, optimize current distribution, and ensure reliable power delivery under high loads.
Tailored Design – Dimensions, hole patterns, thickness, and length can be customized.
High Conductivity – Using premium copper for low-resistance, high-current applications.
Durable & Corrosion-Resistant – Plating and optional insulation increase service life.
Compact Installation – Custom shapes optimize space in switchgear, battery packs, and industrial panels.
Flexible Solutions – Available as rigid or flexible custom copper busbar to meet dynamic or vibration-prone environments.
Low Maintenance – Designed for long-term reliability and minimal upkeep.
Component | Material | Benefit |
---|---|---|
Conductor | ETP Copper / Aluminum | High conductivity and strength |
Surface Finish | Tin / Nickel / Silver | Corrosion resistance, improved contact |
Insulation (Optional) | Epoxy Resin / Silicone Rubber / Heat-Shrink | Electrical safety, flame retardant |
Parameter | Specification / Range |
---|---|
Conductor Cross-Section | 10×3 mm – 150×20 mm (custom) |
Rated Current | 50A – 6000A |
Rated Voltage | AC up to 35kV / DC up to 1500V |
Short-Time Withstand Current | Up to 100kA / 1s |
Surface Plating | Tin / Nickel / Silver |
Operating Temperature | -40°C to +120°C (up to 180°C optional) |
Flexibility | Rigid or flexible designs |
Standards | IEC 61439, UL 857, RoHS, REACH |
Low- and medium-voltage switchgear and distribution panels
Battery packs and energy storage systems
Automotive and EV powertrain applications
Industrial machinery and UPS systems
Renewable energy inverters and solar/wind power distribution
Ensure correct torque on all connection points.
Avoid sharp bending of flexible custom copper busbar designs.
Keep surfaces clean to maintain conductivity and insulation integrity.
Perform periodic inspection for oxidation or loose connections.
Professional Custom Busbar Manufacturer – Full in-house production control for quality assurance.
Custom Copper Busbar Supplier – Tailored solutions for OEMs and industrial clients.
Flexible Design Capabilities – Supports busbar custom configurations with precise hole patterns, thickness, and insulation.
Global Experience – Export-ready solutions with ISO/IEC-compliant quality standards.
Q1: Can I order fully custom busbars for my battery pack or switchgear?
A1: Yes, we provide fully custom copper busbar designs according to your specifications.
Q2: Do you offer flexible busbars?
A2: Yes, flexible options are available to reduce vibration and accommodate tight layouts.
Q3: What plating options are available?
A3: Tin, nickel, and silver plating are available to prevent corrosion and improve conductivity.
Q4: Can you handle high-current applications?
A4: Absolutely, our custom copper busbar designs can carry up to 6000A continuous with tested short-circuit withstand.