unfired brick

砖坯不经过煅烧的砖,不烧砖

  • Results also showed that compressive strength of both the unfired and fired brick were increased when 2 % activator D was added .

    煤灰 中加入质量分数为2%的外加剂D进行 化学活化后,可明显 改善 强度,并提高烧结 的抗压强度。

  • Development and Application of the Carbon-free Unfired Brick for Ladles

    钢包用无碳 的开发和应用

  • The unfired and uncured mud brick made of red mud fly ash aggregates and so on is pressed and cured in nature .

    利用中 赤泥、粉煤灰、骨料等材料采用模压成型,自然养护制成了赤泥 免烧免蒸

  • Development and application of unfired magnesia-calcia brick for stainless steel refining

    不锈钢冶炼用 镁钙 的研制及应用

  • S Study on improving the strength of unfired flyash brick

    提高粉 煤灰 烧结 强度的研究

  • The results indicate that unfired brick is better than fired high alumina brick in application .

    结果表明: 高铝 的使用性能优于烧成高铝砖。

  • Study on carbon - free unfired brick for ladles

    钢包用无碳 烧砖的研制

  • Development and Application of Unfired Magnesia Calcium Brick for LF Refining Furnace

    LF精炼炉用 镁钙 的研制与使用

  • Preparation of Unfired Corundum-Spinel Purging Plug Brick for Steel Ladle

    钢包用 免烧刚玉&尖晶石透气 的研制

  • The activator and compound additive for unfired flyash brick were explored and optimum composition was determined by orthogonal experiment in this paper .

    本文对粉 煤灰 烧结 所用的激发剂、复合添加剂进行 筛选,并通过正交实验确定其最佳组 分配比。

  • The bibulous rate of unfired brick would gradually decrease in the dry-wet circulation which showed the internal porosity would decrease and the material had a certain anti-cracking ability .

    经过多次干湿循环作用后, 免烧 的吸水率会逐渐减小,显示出其内部孔隙率也会随着减小,材料质量较好,具有一定的抗裂性。

  • Cutting machine for unfired ceramic brick or tile

    陶瓷 砖块或瓷砖 生坯切割机

  • Orthogonal test design and analysis of unfired and uncured mud brick

    赤泥 免烧免蒸 的正交试验设计及分析

  • Unfired brick of dolomite agglomerated with tar

    与焦油 凝结的白云石制 烧砖

  • Production of high alumina unfired brick and its application on cement kiln

    高铝质 烧砖的生产及其在水泥窑上的应用

  • The unfired brick one of the green walling materials was produced by using the industrial waste fly ash and the renewable resource shell ash as the main raw materials .

    本文采用 汕头 当地 丰富的可再生资源贝灰和工业废渣粉煤灰为主要原材料, 化学 激化剂,研制一种绿色墙体材料& 免烧