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RECYCLING METHOD OF RESIDUAL CASTABLES FOR TEEMING LADLE

机译:钢LA残渣回收方法

摘要

A method for recycling a residual slip casting castable using a calcareous raw material and ladle slag is provided to suppress cost increase due to an increase in the consumption of the new slip casting castable and reduce construction time by recycling the residual slip casting castable of the ladle slag, thereby reducing the generation amount of waste and the consumption of a new slip casting castable. A method for recycling a residual slip casting castable using a calcareous raw material and ladle slag comprises the steps of: injecting a calcareous raw material into a repaired ladle just before performing a tundish operation to adjust a mixing ratio of the ladle slag to the calcareous raw material to a range of 9:1 to 35:1 by weight; allowing a slag coating layer with a thickness of 5 to 20 mm to be formed on a residual slip casting castable while a melt surface is lowered during the casting process, and cooling the slag coating layer to room temperature after completing the casting process; and preheating the new slip casting castable to an ordinary temperature range of 1000 to 1200 deg.C after constructing a new slip casting castable of alumina-magnesia with a thickness of 50 to 70 mm on the residual slip casting castable on which the slag coating layer has been formed by completing the cooling process.
机译:本发明提供了一种利用钙质原料和钢包渣回收利用的剩余滑模铸造物的回收方法,其通过回收利用钢包的残留滑模铸造物,从而抑制了由于新的滑模铸造物的消耗量的增加而导致的成本增加,并减少了施工时间。炉渣,从而减少了废料的产生和新型浇铸料的消耗。一种用于回收利用钙质原料和钢包渣的可浇铸渣浆的方法,该方法包括以下步骤:在进行中间包操作之前将钙质原料注入到修补过的钢包中,以调节钢包渣与钙质原料的混合比。材料的重量比为9:1至35:1;在铸造过程中降低熔体表面的同时,在可浇铸的残余滑移铸件上形成厚度为5至20mm的炉渣涂层,并在完成铸造过程之后将炉渣涂层冷却至室温;然后在残留有渣层的可浇铸铸件上构造厚度为50至70mm的氧化铝-镁的新浇铸料,然后将新的浇铸料预热至1000至1200℃的常温范围。通过完成冷却过程已形成。

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