炉衬材料 meaning in English
fettling material
Examples
- The loss of deoxidizing elements resulting from thermal decomposition of lining materials and the change of total oxygen in molten steel during vim refining are researched
摘要研究真空感应熔炼过程中因炉衬材料热分解造成的脱氧元素烧损及其全氧含量的变化规律。 - The improvement of steel crucible model shape of wet strike method , the layout of electrical and thermal insulation layer , the preparation and tamp of linings , firing and sintering are introduced
主要介绍湿法筑炉钢坩埚模形状的改进，绝缘层和绝热层的辅设，炉衬材料的配制和打结、烘炉与烧结。 - In this paper , using microcomputer technigue , old heat - treatment furnaces is remoulded with light and ultra - light furnace - lining materials , which is the most effctive approach for heat - treatment furnace to save energy
采用微机技术对旧热处理炉进行改造，使炉衬材料轻质或超轻质化，是提高热处理炉节能的有效途径。 - Abstract : using magnesia ramming materials in furnace bottom and partial hearth instead of traditional shaped magnesia bricks can prolong furnace life , reduce refractories consumptions per one ton product and increase equipment utilization rate
文摘:叙述了中低碳锰铁精炼炉用镁质捣打料在炉底与部分炉缸取代传统的成型镁砖作炉衬材料，达到了延长炉龄、降低吨产品耐火材料消耗、提高设备作业率的目的。 - It ' s pointed out that , under the condition of vim refining , the amount of oxide inclusions residue in molten steel increases with the increased loss of deoxidizing elements , and the key of melting extra - low oxygen steel is to avoid the thermal decomposition of lining material ; the size of deoxidizing products increases with the increased degree of supersaturation of deoxidizing elements ; larger inclusions granules found in extra - low oxygen steel come mainly from lining material
结果表明，在真空感应熔炼条件下，残留在钢中的氧化物夹杂数量随脱氧元素铝烧损量增加而增加，熔炼超低氧钢的关键是避免炉衬热分解；脱氧产物尺寸随脱氧元素过饱和度增加而增加；超低氧钢的大颗粒夹杂主要来自炉衬材料。