Brief Description
Copper Busbars are high-conductivity electrical components designed for efficient power distribution in electrical systems. Manufactured to deliver low electrical losses, high mechanical strength, and excellent thermal performance, copper busbars ensure reliable current flow in compact and high-load applications.
Key Advantages
- High electrical conductivity with minimal power loss
- Excellent thermal dissipation
- High mechanical strength and rigidity
- Compact design enabling efficient space utilization
- Long service life and reliable performance
Available Variants
- Flat and rectangular copper busbars
- Edge-rounded and tin-plated copper busbars
- Custom dimensions, thicknesses, and finishes
- Hard-drawn and annealed busbars
Applications
- Power distribution systems and switchgear
- Transformers and substations
- Electrical panels and bus duct systems
- Industrial and renewable energy installations
Standards & Quality
Manufactured in compliance with applicable IS / IEC / ASTM/BSEN standards and customer-specific specifications.
Material
High-purity OFC GRADE copper with excellent electrical conductivity and mechanical strength.
APAR's Design & Manufacturing Expertise
APAR's copper busbars are manufactured using advanced rolling and finishing processes, ensuring precise dimensions, smooth surface finish, and consistent conductivity – supporting efficient power distribution and long-term system reliability.
Size Range
Width: 20 mm – 300 mm
Thickness: 3 mm – 30 mm
Can be supplied in coils up to 1 ton weight / straight lengths.
Technical Specifications
Oxygen Free High Conductivity Copper.
Conductivity : 99.99% IACS.
Oxygen content contained within 10 – 15 ppm.
Supplied in hard/ half hard/ quarter hard/ annealed conditions with Full Round Corner/Round Corner & Square Corner.