控制化学活性物质的加入量，可制得高残碳、高强度的优质沥青结合耐火材料。
When the amount of the chemical active agent is control, A pitchbond refractory with high carbon content and high strength is obstained.
本文讨论了不定形耐火材料的结合方式和结合机理，在此基础上介绍了不定形耐火材料结合剂的演变趋势。
In this paper the bonding form and bonding mechanism of monolithic refractories are discussed and the developing trend of bonding agents is introduced.
结合高炉冶炼的过程，分析了高炉各部位耐火材料的损毁原因，并提出了具体的防止措施。
Connecting with smelting process of blast furnace, this paper analyzes on the damage cause of refractory material in every part of stove, and puts forward concrete preventive measures.
它是制作不定形耐火材料的极佳填充剂和超微粉凝聚结合剂。
It is an excellent filling agent and superfine powder coagulation binder for producing monolithic refractories.
将纳米技术与传统耐火材料生产技术相结合，有望使耐火材料呈现新的生机。
It is hopeful to bring a bright future to refractory by combining nano-tech and traditional refractory manufacturing technology.
根据实验室试验结果提出，粘土型滑石有可能成为镁质瓷和碱性耐火材料结合剂原料，作为块滑石的廉价代用品。
Experimental test shows that the lutaceous talc may become a new kind of agglomerant of magnesian porcelain and alkaline refractory materials and a cheap substitute of massive talc.
介绍了薛城焦化厂对焦炉热修补使用的不定型耐火材料及结合剂的种类、配比进行改进的情况。
The improvement of sort and proportioning of the refractory materials and the binding agent used in hot repair for coke furnace in Xuecheng Coking Plant is introduced.
本文结合鞍钢半连轧厂多年的实践，就不定形耐火材料应用中的几个问题作了阐述。
This paper discusses some problems in applying monolithic refractories in combination with the practice of many years in HCRSW.
在碳化硅质耐火材料中，粘土结合碳化硅是生产工艺最简单、价格最低的制品。
Refractory in the silicon carbide, clayey SiC has the most simple production process and the lowest price.
碱性耐火材料很多的优良性能是源于其直接结合的显微结构。
Many excellent properties of basic refractories owe to their direct bonded microstructure and the direct bonded refractory is a developing trend in refractory industry.
结合导电炉底风冷底电极的结构、特点，指出该种底电极用的导电耐火材料在国内开发的意义。
It is pointed that the conductive refractory for conductive bottom electrode should be developed in China, with consideration of the structure and features of this bottom electrode.
并结合博耐特的相关应用领域进行了博耐特耐火材料抗铝液侵蚀、热机械性能、热导率和微气孔等较为前瞻性的试验和探索。
Advanced tests like corrosion resistance to molten aluminium, thermomechanical properties, thermal conductivity and microporosity are discussed in respect of application areas for Bonite.
并结合博耐特的相关应用领域进行了博耐特耐火材料抗铝液侵蚀、热机械性能、热导率和微气孔等较为前瞻性的试验和探索。
Advanced tests like corrosion resistance to molten aluminium, thermomechanical properties, thermal conductivity and microporosity are discussed in respect of application areas for Bonite.
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