高炉本体冷却系统是否正常工作，是决定一代高炉寿命的关键因素。
The cooling system of the blast furnace's identity good or not, is the crux for its life-span.
本文总结了我国高炉寿命方面存在的问题并分析了产生这些问题的主要原因。
The campaign life problem confronted with intensified blast furnace and their main causes are analysed in this paper.
实现高炉炉缸、炉底与高炉寿命同步的措施之一就是在高炉炉缸和炉底冻结一层渣铁壳。
In order to make the hearth and hearth bottom have the same life-span as that of blast furnace, one of effective measures is to form a layer of slag-metal skull on the hearth and hearth bottom.
大型高炉的密集式铜冷却板与冷却壁结合的炉衬结构是使高炉寿命达到18 ~20年的一项重要保证措施。
The lining structure with concentrated copper cooling plate-stave combined system for the large-scale blast furnace is the important guarantee of 18 ~ 20 campaign life.
通过对本钢一铁、二铁高炉短寿原因的分析及对影响高炉寿命的薄弱环节的改进，探讨了设计长寿高炉的途径。
The paper analyzes the reasons for BFs in BISC No. 1 and No. 2 Ironmaking plants, and discusses the ways to design long life BF through improving the weak links.
为探讨高炉长寿问题，建立了一套高炉寿命评价系统模型，以确定影响高炉长寿的各种因素及冷却器热面极限温度值。
A system model for evaluation of BF life is created so as to determine each factor influencing the BF life and the temperature limit in hot surface of the cooler.
因此使用正确标准的铺炉和烘炉工艺能够提高炉子的使用寿命。
Therefore, using the correct standard laying furnace and ovens process can improve the service life of the furnace.
首钢2号高炉大规模应用国产铜冷却壁后，炉衬寿命得到延长，技术经济指标良好。
When copper stave is used to the Shougang no. 2 BF, its line life is long, and the technology economic index is good.
高炉应用结果表明，对延长冷却壁寿命起到了积极的作用。
Practical results show active effect to the life of the cooling stave.
应用传热学理论计算分析了高炉冷却水的稳定性、冷却水的水速、冷却水管与冷却壁本体的间隙及冷却壁的高度对长寿高效高炉冷却壁寿命的影响。
In this paper, effect of the cooling water stability, cooling water velocity, gap between cooling water pipe and stave and height of stave on the stave life is analyzed by heat transfer theory.
高炉炉缸炉底的寿命是高炉本体寿命的限制性环节。
The lifetime of blast furnace hearth and bottom is the restricted link of blast furnace life.
实验结果表明，高炉使用钝化剂水溶液处理过的焦炭后，不会对金属构件的寿命产生影响。
The results show that the life of metal structure cannot be influenced after using the coke treated by passivator solution in BF.
高炉炉缸和炉底的寿命是影响高炉长寿的关键因素之一。
The hearth and hearth bottom life of blast furnace is one of the key factors affecting blast furnace life.
本文根据某铝业有限公司提高炉衬寿命的实践，提出了从炉料、筑炉、烘炉、使用、检测、修补等方面延长炉衬使用寿命的措施。
In base of one companys practice in improving the life of furnace liner, It gives out some measures in many aspects, such as charging, build furnace, baker, running, checking, repairing et al.
为了延长高炉大钟的使用寿命，集中力量对大钟的破损原因进行了分析，并提出了相应的改进意见。
The bell damage reason is analyzed and the corresponding improvement measures are put forward so as to prolong the service life of the blast furnace large bell.
不定形耐火材料是一种不烧的新型耐火材料，它的使用与节约能源、延长炉窑使用寿命和提高炉子生产率息息相关。
Monolithic refractory is a new-type non-fired refractory. it can be utilized to save energy, prolong operational life of industrial furnace and raise the productivity.
冷却壁是高炉重要的冷却设备，直接影响高炉炉体的使用寿命。
Cooling stave is an important equipment of blast furnace and has an effect on blast furnace life directly.
贵冶炼铜转炉寿命最高炉龄为242炉，平均炉龄维持在220炉左右。
In Guixi Smelter, the highest furnace life of copper converter is 242 heats and the average life is remained about 220 heats.
摘要在加热炉中采用预加载荷支模工艺，能提高加热炉施工质量，大大提高炉衬寿命。
This paper introduces the preloading model set technological in heating furnace preloading model set technological can increase the quality of heating furnace and the life of furnace lining highly.
热风炉是高炉炼铁生产过程中的重要辅助设备，其性能的优劣直接影响到自身和高炉的正常运行、利用效率以及使用寿命。
Hot blast stove is an important assistant equipment during the blast furnace smelting, whose performance could influence its running normally, use efficiency and lifespan as well hot blast stove.
本文主要从炉衬的使用状况方面的原因并结合前二方面原因对破损炉衬残块的损坏机理进行分析，以便确定炉衬损坏的模式，从而消除引起炉衬损坏因素，提高炉衬使用寿命。
Damage mechanism has been analysed mainly based on operational situation combined with other two factors so as to determine damage mode for elimination of damage factors and improvement of campaign.
配备有空气冷却器的软水闭路循环冷却系统改善了高炉循环水的冷却状态，是延长高炉冶炼寿命的一项重要措施。
The closed cooling system for the treated water provided with a air cooler can improve coo-ling effect. It becomes an important measure to increase the blast furnace campaign.
利用碳化硅的耐腐蚀，抗热冲击耐磨损，导热好的特点，用于大型高炉内衬提高了使用寿命。
With its anti-corrosion, thermal shock resistance, good thermal conductivity and other characteristics, it can be used for large blast furnace lining to increase service life.
免烘烤捣打料施工后不用烘烤、且使用过程中不冒烟、使用寿命长。适合各大、中、小高炉出铁沟的生产需要。
After construction by using of ASC will not be baked, no smoke appears during construction with long life. it is suitable for producing all kinds of bigger, medium and small tapping channels.
免烘烤捣打料施工后不用烘烤、且使用过程中不冒烟、使用寿命长。适合各大、中、小高炉出铁沟的生产需要。
After construction by using of ASC will not be baked, no smoke appears during construction with long life. it is suitable for producing all kinds of bigger, medium and small tapping channels.
应用推荐