2006China MetallurgyRequires access

On Raising Stability of Molten Steel Temperature in LF-Continuous Casting Process

Hongmei Wang

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Abstract

The factors affecting the temperature drop of molten steel in 150 t ladle furnace and tundish in Zhujiang Steel was investigated.It is found that because of imperfect technology regulation,the temperature of end-point control in ladle furnace is unstable,the superheat in tundish is on the high side and the temperature drop is larger.By optimizing the technological regulation,importing real-time monitoring,strengthening the management,the molten steel temperature stability can be assured and the breakout rate can be reduced greatly.

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What this paper is about

The factors affecting the temperature drop of molten steel in 150 t ladle furnace and tundish in Zhujiang Steel was investigated.It is found that because of imperfect technology regulation,the temperature of end-point control in ladle furnace is unstable,the superheat in tundish is on the high side and the temperature drop is larger.By optimizing the technological regulation,importing real-time monitoring,strengthening the management,the molten steel temperature stability can be assured and the breakout rate can be reduced greatly.

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Available abstract

The factors affecting the temperature drop of molten steel in 150 t ladle furnace and tundish in Zhujiang Steel was investigated.It is found that because of imperfect technology regulation,the temperature of end-point control in ladle furnace is unstable,the superheat in tundish is on the high side and the temperature drop is larger.By optimizing the technological regulation,importing real-time monitoring,strengthening the management,the molten steel temperature stability can be assured and the breakout rate can be reduced greatly.

Key concepts: Tundish, Ladle, Superheating, Continuous casting, Metallurgy, Materials science, Breakout, Raising (metalworking)

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