Application Of Carbon Composite Bricks For Blast Furnace Hearth

The Minerals, Metals and Materials Society
Haibin Zuo Cong Wang Jianliang Zhang Yongan Zhao Kexin Jiao
Organization:
The Minerals, Metals and Materials Society
Pages:
8
File Size:
513 KB
Publication Date:
Jan 1, 2015

Abstract

Traditional refractory materials for blast furnace hearth lining are mainly composed of carbon bricks and the ceramic cup. However, these materials can’t meet the demands for long service life design of blast furnaces. In this paper, a new refractory called carbon composite brick (CCB) was introduced, which combined the advantages of carbon bricks and the ceramic cup. In this case, the resistance of the CCB against corrosion was equal to the ceramic cup and the thermal conductivity of the CCB was equal to carbon bricks. From the results of more than 20 blast furnaces, the CCB could be well used in small blast furnaces and large blast furnaces. In the bad condition of low grade burden and high smelting intensity, the CCB gave full play to the role of cooling system, and effectively resisted the erosion of hot metal to improve the service life of blast furnaces.
Citation

APA: Haibin Zuo Cong Wang Jianliang Zhang Yongan Zhao Kexin Jiao  (2015)  Application Of Carbon Composite Bricks For Blast Furnace Hearth

MLA: Haibin Zuo Cong Wang Jianliang Zhang Yongan Zhao Kexin Jiao Application Of Carbon Composite Bricks For Blast Furnace Hearth. The Minerals, Metals and Materials Society, 2015.

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