Electroslag remelting furnace is a device that uses the heat energy generated by electric current through high-resistance molten slag to remelt metal.
READ MOREThe three major breakthroughs in special metallurgy in the 20th century are vacuum metallurgy, plasma metallurgy and electroslag metallurgy.
READ MOREDuring the operation of the AOD furnace, the selective loss of the matrix components of the asphalt-impregnated and fired dolomite bricks leads to an increase in porosity and a loose structure, which are the main reasons for the rapid erosion of this type of dolomite bricks.
READ MORECommonly used refractory materials for AOD furnaces are: ordinary magnesia-chrome bricks, high-alumina plastics, magnesia castables, directly combined magnesia-chrome bricks, recombined magnesia-chrome bricks, semi-recombined magnesia-chrome bricks, high-purity directly combined magnesia-chrome bricks and Combined with magnesia chrome brick, etc.
READ MOREVacuum oxygen decarburization refining furnace smelting stainless steel denitrification method, the carbon content of stainless steel water before treatment in vacuum oxygen decarburization refining furnace is required to be controlled at more than 0.30%, after oxygen desiliconization, carbon, oxygen content in molten steel.
READ MOREVacuum degassing is carried out in the furnace body under a special vacuum environment. After a series of process operations, the product can achieve the specified effect.
READ MORELadle refining furnace (Ladle refining furnace) refers to equipment that has both the heating and refining functions of a steelmaking furnace. It is an important metallurgical equipment used for refining molten steel melted in primary furnaces (electric arc furnace, open hearth, converter), and can adjust the temperature of molten steel, process buffering, and meet continuous casting and continuous rolling requirements.
READ MORE1. Undertake the original partial refining function of primary refining furnace, complete partial steelmaking reaction under the best thermodynamic and kinetic conditions, and improve the production capacity of monomer equipment; 2. Uniform molten steel and accurate control of steel composition; 3. Accurately control the temperature of molten steel to meet the requirements of continuous casting production;
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