Preparation method of pre-melting electroslag
A production method and technology for premelting electroslag, applied in the field of production methods for premelting electroslag, can solve the problems of poor slag uniformity, large environmental pollution, high energy consumption, etc., achieve fast melting speed, ensure surface quality, fluidity Good results
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Embodiment 1
[0018] Select the electroslag model DZ635, in which the mass fraction of materials: fluorite 0.20-0.65, high-alumina raw material 0.15-0.30, high-calcium raw material 0.05-0.10, high-magnesium raw material 0-0.10, and returned slag 0-0.60.
[0019] 1) Add the above-mentioned dry part of the material into the electric arc furnace, the material height is 0.5-1.0m, and sprinkle carbon powder and iron filings on the upper part of the material to facilitate arcing;
[0020] 2) Put down the electrodes, and after electrification, the carbon powder and iron filings start arcing, burn, and start smelting;
[0021] 3) The current is controlled by the insertion depth of the electrode, and the general control current is less than 100-300A;
[0022] 4) After the slag is smelted and cooled, it is broken, and the particle size is generally 1-40mm.
[0023] In order to ensure the continuous progress of the smelting process, various raw materials should be continuously added according to the ...
Embodiment 2
[0025] Select the electroslag model DZ622, in which the mass fraction of materials: fluorite 0.20-0.65, high-alumina raw material 0.15-0.22, high-calcium raw material 0.15-0.22, high-magnesium raw material 0-0.10, and returned slag 0-0.60.
Embodiment 3
[0027] Select the electroslag model DZ433, in which the mass fraction of materials: fluorite 0.20-0.45, high-alumina raw material 0.20-0.32, high-calcium raw material 0.20-0.32, high-magnesium raw material 0-0.10, and returned slag 0-0.60.
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