A new material electric conducting magnesia carbon brick used for DC furnace bottom anode is briefly described.
主要介绍了DC炉底阳极的最新材料——导电镁碳砖。
Using electric conducting magnesia carbon brick as fuenace bottom anode has the features of erosion resistance and easy repair.
导电镁碳砖作底阳极具有耐侵蚀、易修补等特点。
It is an ideal raw material for producing magnesia carbon brick, with the characteristic of big crystal, compact texture, high temperature property and high slag resistance.
电熔镁砂结晶体大、组织致密、高温性能好、抗渣性强，是生产镁碳砖和铝镁碳砖的优质原料。
To increase recovery of high carbon ferrochrome, the effecting factors of chrome contents in slags were analysed, and the preliminary test of adding waste magnesia brick and magnesite were conducted.
为了提高高碳铬铁的回收率，分析了影响渣中铬含量的因素，并通过配加废镁砖和菱镁矿作了初步试验。
The roughing technology of a magnesia and carbon brick shop, the carrying condition of the dust control system and the dust effect is introduced in this paper.
介绍了某耐火镁碳砖车间粗碎工艺、除尘系统的运行状况及除尘效果。并提出了改进建议。
The roughing technology of a magnesia and carbon brick shop, the carrying condition of the dust control system and the dust effect is introduced in this paper.
介绍了某耐火镁碳砖车间粗碎工艺、除尘系统的运行状况及除尘效果。并提出了改进建议。
应用推荐