1) acid-resistant pouring material
耐酸浇筑料
2) phosphate corundum refractory castables
磷酸刚玉质耐火浇注料
1.
Being as two layer refractory lining on valve plate and valve body,light mullite and phosphate corundum refractory castables are taken as heat isolation and heat resisting layers respectively.
阀板、阀体的耐火衬里隔热层采用莫来石轻质耐火浇注料、耐热层采用磷酸刚玉质耐火浇注料,进行两层浇注。
3) Wear resistant castables
耐磨浇注料
1.
Wear resistant castables for main and assistant furnaces of large gaseous suspension calciner were prepared by using fused brown corundum(5~8 mm,3~5 mm and ≤0.
针对大型气态悬浮焙烧炉主炉、辅炉用耐磨浇注料,以电熔棕刚玉(5~8mm、3~5mm、≤0。
4) refractory castables
耐火浇注料
1.
Study on super-low cement refractory castables;
超低水泥高铝质不定形耐火浇注料的研究
2.
A laboratory study on refractory castables with lightweight, high-strength and insulation was done using light clay, shale ceramisite and light high-alumina as light aggregate, using fine fly-ash as fines and using the technology of composite admixture.
采用轻质粘土、页岩陶粒、轻质高铝为轻质骨料,粉煤灰漂珠为细粉,应用微粉、超微粉及复合外加剂技术,对轻质、高强、隔热耐火浇注料进行了试验室研究,分析讨论了轻质浇注料的体积密度、气孔率、导热系数、强度及施工用水量的相互关系,试验室研制出了轻质(体积密度<1600kg/m3)、高强(110℃/24h抗压强度>30Mps)隔热耐火浇注料。
5) Refractory castable
耐火浇注料
1.
Effect of dosage and particle size distribution of SiC on performance of refractory castable
SiC加入量和粒度对耐火浇注料性能的影响
2.
The measures of increasing the properties of corrosion-resistance and of improving manufacture process of high-strength aluminous refractory castables were taken.
OM等手段,对国内外两种高铝质耐火浇注料进行残样剖析和实验室模拟实验,得出PC窑用高铝质耐火浇注料损毁原因、损毁机理以及抗碱、硫、氯的能力;提出了提高抗侵蚀性能和改进高铝质高强度耐火浇注料生产工艺的措施。
3.
Based on the results of three kinds of water reducer solely added in refractory castable,and orthogonal test was used to determine the optimal mix ratio.
本文在单掺三种耐火浇注料减水剂试验的基础上,采用正交试验方法,确定了复合减水剂的最优配比,并根据七项性能指标和扫描电镜分析结果,得到了复合减水剂的最佳掺入量。
6) Castable
耐火浇注料
1.
Study on performance of abrasion-resistant castable with high strength;
超高强耐磨耐火浇注料性能的研究
2.
Now, the castables were often used as outlet s liner refractories on the new dry cement kilns in our country, and the chief factors.
目前,国内新型干法水泥窑窑口普遍采用耐火浇注料作为衬体材料,而影响窑口用耐火浇注料使用寿命的因素主要有:磨损、热震损伤、化学侵蚀、机械应力损伤和高温熔损等。
补充资料:料料窕窕
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