EAF/LF Electrode Arm (Power Conducting Arm) is a specialized component in Electric Arc Furnace (EAF) systems, designed to transfer high electrical current from the power source to the electrode, ensuring stable and continuous steelmaking operations.

The product is developed by BRAR – a leading engineering brand in metallurgical equipment, recognized for advanced solutions optimized for modern steel plants.

BRAR Power Conducting Arms are designed to:

Provide stable high-current transmission
Reduce electrical energy losses
Increase mechanical durability and equipment lifespan
Operate efficiently under high temperature and heavy vibration conditions

The equipment is widely used in steel plants, electric arc furnaces, ladle furnaces, and other heavy industrial systems.

BRAR Power Conducting Arms are designed to meet the demanding requirements of the metallurgical industry:

Stable high-current carrying capability
Low electrical resistance to minimize energy loss
High mechanical strength for vibration and dynamic load resistance
Integrated efficient cooling system
Reliable operation in high-temperature environments

The optimized design improves furnace operational efficiency, reduces downtime, and minimizes maintenance costs.

EAF/LF Electrode Arms are manufactured by many globally recognized metallurgical equipment suppliers that comply with strict international technical standards:

BRAR – specialized in conductive equipment for electric arc furnaces, known for optimized design and high durability in heavy industrial environments.

SMS Group (Germany) – a global leader providing complete metallurgical solutions, including EAF conductive systems.

Danieli (Italy) – a major metallurgical equipment manufacturer offering advanced electrode arm technologies.

Primetals Technologies (Austria/Japan) – specialized in steel industry equipment and technologies with high efficiency and long-term reliability.

Selecting the right manufacturer and technical standard is essential to ensure safety, operational efficiency, and long service life for steelmaking furnace systems.

Current carrying capacity & furnace power
Accurately determine furnace operating current and power capacity to select the appropriate equipment for maximum performance and safety.

Conductive materials
Prioritize high-conductivity materials to reduce energy losses and improve transmission efficiency.

1. Cu-HCP Copper – Traditional & Advanced:
   Excellent electrical conductivity and heat dissipation performance.
2. Bimetal (Steel + Copper) – Advanced Conductive Arms:
   High mechanical durability with stable electrical conductivity.
3. Aluminium Alloy – Aluminium Power Conducting Arms:
   Lightweight design optimized for improved system efficiency.

Cooling system
Ensure efficient cooling system operation to prevent overheating and extend equipment lifespan.

Mechanical structure & durability
The design must withstand heavy vibration, dynamic loads, and harsh operating conditions in steel plants.

Insulation capability & operational safety
Use high-quality insulation materials to reduce electrical risks and ensure system safety.

Compatibility with furnace systems
Ensure compatibility with furnace design and related equipment such as electrodes and lifting systems.

Periodic inspection and maintenance
Regularly inspect cooling systems, electrical contact points, and mechanical structures to identify potential issues early.

Vũ Phan is the official distributor of BRAR products in Vietnam, specializing in industrial equipment for metallurgical and electric furnace applications. As a representative of leading global brands, Vũ Phan ensures genuine products with complete CO, CQ documentation and international technical standards.

With practical experience across multiple steel plants, Vũ Phan provides not only products but also comprehensive technical solutions that help optimize operational efficiency and extend equipment lifespan.

Our commitments:

100% Genuine Products:
Supply genuine BRAR Power Conducting Arms with full CO and CQ documentation to ensure quality and traceability.

Professional Technical Consultation:
Support selecting the correct conductive arm type (Cu-HCP, Bimetal, Aluminium Alloy) suitable for furnace capacity and configuration.

Optimized Application Solutions:
Analyze actual operating conditions to recommend suitable configurations that reduce energy loss and maintenance costs.

Installation & Commissioning Support:
Provide detailed technical guidance to ensure stable and safe system operation from the beginning.

After-sales Service & Maintenance:
Long-term partnership with periodic inspections and fast troubleshooting support.

Competitive Pricing – Optimized Investment Cost:
Deliver cost-effective solutions suitable for heavy industrial plants.

Choosing BRAR Power Conducting Arms from Vũ Phan is a reliable solution for achieving stable, safe, and high-efficiency electric furnace operation while optimizing long-term operational costs.