Specifications
Furnace is used in refining molten steel for arc furnace,convertor with arc heating,argon churning,temp measure,alloy melt etc.
Application
The furnace can be used in refining molten steel for electric arc furnace and convertor with the functions of arc heating, argon churning, temperature measurement and sampling and alloy melting. It is an ideal system for producing special steel such as high-quality carbon steel, alloy structural steel, bearing steel, tool steel and stainless steel and meets the need for continuous cast and continuous rolling.
Structure Features
Customers can specify furnace model or the combined model based on the type of steel or smelting processes.
LF Equipment Constitution
Ladle Ladle trolley and towline mechanism (or tow-cable)Heating bridge and guide rollersLid of the heating oven and lifting mechanismElectrode elevation mechanism Furnace transformer Short netArgon blowing systemWater cooling system Hydraulic system Low-voltage electrical control system Automation control system
Copper-Steel Compound Conduction Arm
Equipment Constitution
Conduction Arm Body Electrode Clamp Electrode Clamp Release Mechanism
The specifications that use copper-steel compound conduction arm
The ladle refinery furnaces include12tLF15tLF20tLF25tLF30tLF40tLF60tLF
Three-phase steel-making arc furnace include 5t10t15t20t30t40t
Copper-Steel Compound Conduction Arm
Application
Copper-Steel Compound Conduction Arm is a major part that is used in the short net, the secondary power supply system for steel-making arc furnace and steel-enclosure furnace, and is a new-generation product that supersede traditional conduction copper tubes arm.
Structural Features
The copper-steel compound conduction arm is a copper-steel plate case structure that integrates electrode support and current transmission. Equipped with water cooling mechanism, the system has a clamp-release device mounted inside the arm and a major insulation layer between the arm and the pillar.
The copper-steel conduction arm is feature with:
1. Good rigidity in structure that reduces arm vibration and enhances security
2. Reduces resistance and reactance, improve electric efficiency.
3. Concise and compact in structure, easy to install, operate and maintain.
