Premium Grade Copper Busbar For Arc Furnace Heat Treatment Furnace Applications
Premium Grade Copper Busbars are manufactured from high-purity copper to provide outstanding electrical conductivity, thermal conductivity, and mechanical strength for metallurgical equipment.
Product Overview
Designed for electric arc furnaces, heat treatment furnaces, holding furnaces, ladle refining furnaces, submerged arc furnaces, and other heavy-duty industrial applications, our custom-made copper busbars ensure efficient power transmission with minimal energy loss.
Manufactured in Jiangsu, China, each copper busbar is engineered for reliable performance, easy installation, long service life, and excellent corrosion resistance. Customized dimensions are available to match your equipment requirements.
Challenge
Electrical systems in metallurgical and heat treatment equipment operate under extremely high current loads. Conventional conductive materials often suffer from:
- High electrical resistance causing energy loss
- Excessive heat generation reducing equipment efficiency
- Corrosion in harsh industrial environments
- Difficult installation due to poor machinability
- Frequent maintenance caused by overheating or oxidation
These problems increase operating costs, reduce productivity, and shorten equipment lifespan.
Solution
Our Premium Copper Busbars provide an efficient and reliable current transmission solution by combining high-purity copper material with precision manufacturing.
Benefits include:
- High electrical conductivity for stable high-current transmission
- Excellent thermal conductivity for rapid heat dissipation
- Reduced power consumption and operating costs
- Outstanding corrosion resistance for harsh environments
- Excellent ductility for customized bending, punching, and fabrication
- Easy installation with custom dimensions
- Long service life and low maintenance requirements
Specifications
| Parameter |
Specification |
| Product Name |
Copper Busbar |
| Material |
High Purity Copper |
| Voltage |
380V |
| Furnace Type |
Arc Furnace |
| Usage |
Heat Treatment Furnace, Holding Furnace |
| Application |
Metallurgical Machinery |
| Weight |
0.2 Ton |
| Dimensions |
Custom Made |
| Function |
High Current Electrical Conduction |
| Core Components |
PLC Compatible |
| Warranty |
1 Year |
| Machinery Test Report |
Provided |
| Video Inspection |
Provided |
| Place of Origin |
Jiangsu, China |
| Brand |
Sylaith |
| Features |
High Conductivity, Easy Installation, Durable, Energy Saving |
| Advantages |
High Efficiency, Long Service Life |
Applications
Premium Copper Busbars are widely used in:
- Electric Arc Furnaces (EAF)
- LF Ladle Refining Furnaces
- Heat Treatment Furnaces
- Holding Furnaces
- Submerged Arc Furnaces
- Medium Frequency Induction Furnaces
- Silicon Steel Electric Furnaces
- Polysilicon and Monocrystalline Silicon Furnaces
- Metallurgical Short-Circuit Systems
- Industrial Power Distribution Systems
- Heavy Current Conductive Equipment
Related electric furnace accessories include:
- Water-cooled cables
- Rotatable water-cooled cables
- Copper-steel composite conductive cross arms
- Water-cooled compensators
- Copper plate compensators
- Water-cooled furnace covers
- Electrode clamp systems
- Copper collector rings
- Tubular busbars
- Copper compression rings
- Hydraulic electrode brakes
- Insulation fixtures
How It Works
Copper busbars function as the primary electrical conductor within high-current industrial equipment.
When electrical current passes through the busbar:
- High-purity copper minimizes electrical resistance
- Large current flows efficiently with minimal voltage loss
- Excellent thermal conductivity rapidly dissipates generated heat
- Stable operating temperatures protect electrical components
- Reliable current transmission improves furnace efficiency and production stability
This combination significantly reduces energy consumption while extending equipment service life.
How To Choose
Selecting the correct copper busbar depends on several factors:
- Current Capacity: Choose a cross-sectional area capable of safely carrying your operating current
- Operating Voltage: Ensure compatibility with your electrical system (380V or customized)
- Furnace Type: Different furnaces require different busbar structures and connection methods
- Installation Space: Custom dimensions can maximize space utilization while maintaining safe electrical clearance
- Environmental Conditions: For corrosive, humid, or high-temperature environments, high-purity copper offers superior durability
- Custom Requirements: Provide busbar dimensions, rated current, voltage, hole positions, connection method, and equipment drawings
Our engineering team can produce fully customized solutions.
Packaging and Shipping
Frequently Asked Questions
Q1. What material is used for the busbar?
Our busbars are manufactured from high-purity copper to provide maximum electrical conductivity and excellent thermal performance.
Q2. Can the copper busbar be customized?
Yes. We offer fully customized sizes, thicknesses, hole patterns, bending angles, and connection configurations according to customer drawings.
Q3. Which industries use copper busbars?
They are widely used in metallurgical equipment, electric arc furnaces, heat treatment systems, induction furnaces, power distribution equipment, and heavy industrial machinery.
Q4. Why is copper preferred over other conductive materials?
Copper offers excellent conductivity, superior heat dissipation, strong corrosion resistance, long service life, and lower energy consumption compared with many alternative materials.
Q5. What quality assurance is provided?
Each product includes machinery test reports, video outgoing inspection, and a 1-year warranty to ensure reliable product quality.
