1060 electrical grade aluminum busbar is widely recognized for its excellent electrical conductivity, strong ductility, and superior formability. Designed to meet international electrical and dimensional standards, it performs reliably in demanding power distribution systems.

This alloy is particularly suitable for stamping, drawing, and other conventional processing operations due to its high tensile toughness and compliance with industrial fabrication requirements.

Available Tempers

1060 aluminum busbars are supplied in multiple temper conditions to accommodate different mechanical and forming requirements:

• T3
• T4
• T5
• T6
• T8

Each temper offers a balance between strength, ductility, and conductivity depending on project specifications.

Testing & Quality Assurance

Each 1060 aluminum busbar undergoes performance verification to ensure operational reliability.

Standard Testing Includes:

• Electrical conductivity testing
• Temperature rise testing
• Bending performance testing

Mechanical & Electrical Performance

1060 aluminum busbars are known for their strong conductivity and high current-carrying capability. Depending on cross-sectional size, they can support current loads of up to 4000 A.

Below is a comprehensive reference table outlining physical, mechanical, and electrical characteristics.

Product Advantages

• Wide Range of Conductive Busbar Options – Includes 1050, 1060, 1070, and copper-clad aluminum (CCA), designed to meet diverse power distribution needs. Flexible Processing Capabilities – Supports punching, bending, electroplating, and insulation coating, tailored to project-specific requirements.

Copper-Aluminum Composite Solutions – Combine copper’s superior conductivity with aluminum’s lightweight properties, making them ideal for advanced, high-performance power systems.

Industry Applications & Typical Uses

• In transformers and switchgear, they are integrated into transformers, circuit breakers, and switchgear enclosures, serving global power infrastructure providers. 
• Within rail transit and electrification, they are used in high-speed rail networks, metro systems, and substation power transmission. 
• For automotive and EV charging infrastructure, they support electric vehicle (EV) battery connections and fast-charging systems. 

In renewable energy and energy storage, aluminum busbars are applied in UPS systems, battery energy storage systems (BESS), solar grids, and wind power installations.