The ladle lining with tar dolomite is common in German and in Europe.
用焦油白云石做包衬，在德国及欧洲其它国家很普及。
Corrosion reason of the ladle lining of Panzhihua Iron and Steel Company was analyzed.
本文分析了攀钢钢包内衬损毁的原因。
The temperature distribution and its changing rule of ladle lining at each turnover stage were studied.
研究了钢包在各个周转阶段的包衬温度分布及其变化规律。
The efficiency of chemical heating with ferrosilicon and its effect on steel quality and erosion of ladle lining were studied.
研究了用硅系铁合金作发热剂加热钢液的加热效果以及对钢质量和炉衬耐火材料侵蚀的影响。
The refractory material, masonry technique and baking schedule of hot metal ladle lining are improved under practical production conditions.
在实际生产条件下，对铁水罐衬的耐火材料、铁水罐衬的砌筑工艺、烘烤制度进行了改进。
According to the thermodynamic equations, the laws of ladle lining temperature distribution and the real-time temperature of molten steel in ladle during tapping are calculated.
根据传热学方程，计算了电炉出钢过程钢包炉衬温度分布及钢水温度随时间变化的规律。
Is the production of cement rotary kiln thermal belt with alumina magnesia spinel bricks, ladle lining brick, ladle castable refractory materials such as the ideal raw material.
是生产水泥回转窑高温带用铝镁尖晶石砖、钢包衬砖、钢包浇注料等耐火材料的理想原料。
Therefore need for low thermal conductivity of ladle lining developed a method of refractory materials, the material is heat preservation and not to increase the carbon content of steel.
因而需求开发针对低导热钢包衬耐火资料的一种办法，这种资料既保温又不添加钢水碳含量。
The main reasons of ladle lining damage and the factors affecting extra-low ferrochromium production with Perrin Process are analysed, and the measures to prolong ladle life are put forward.
分析了热兑法微碳铬铁生产中 ，反应包衬损坏的主要原因及其影响因素 ，提出了延长反应包寿命的措施。
At last, a reasonable ladle linings structure which attain the goal of improving the ladle service life was put forward by changing the lining structure and considering the fact about swell gap.
通过改变钢包内衬结构并结合内衬砖膨胀缝等因素提出合理的钢包内衬设计方案，达到提高钢包的使用寿命的目的。
Industrial scale experimental results demonstrate that the slag smelted in this way can protect the ladle lining against penetration corrosion for it is of low smelting point and of sound fluidity.
工业试验结果表明，优化后的精炼渣系熔点低、流动性好，冶金效果显著，对包衬有明显保护作用。
Second, magnesium aluminum spinel used in ladle castable, greatly improve the erosion resistance of steel lining.
二是铝镁尖晶石用于制作钢包浇注料，大大提高钢板衬的抗侵蚀能力。
Meanwhile, gunned lining can reduce the refractory consumption on ladle liner and prolong the life span of the ladle and adapt to the fast speed CC production.
钢包内衬在使用至中、后期进行喷补维护，在延长包龄、适应全连铸快节奏生产需求的同时，降低了钢包内衬耐材消耗。
Please also intimate the price structure of high alumina bricks, slag, tape holes bricks, ladle bricks, hot stove bricks, insulating materials, fire clay, lining materials etc at the earliest.
同时请尽早报与我公司矾土砖，炉渣，条孔砖，钢包转，热炉砖，绝缘材料，耐火土，衬里材料的价格。
Please also intimate the price structure of high alumina bricks, slag, tape holes bricks, ladle bricks, hot stove bricks, insulating materials, fire clay, lining materials etc at the earliest.
同时请尽早报与我公司矾土砖，炉渣，条孔砖，钢包转，热炉砖，绝缘材料，耐火土，衬里材料的价格。
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