Preparation and Properties of Low-Temperature Glaze Used in Coke Oven Cordierite Bricks

Ting Wang; Hua Zhi Gu; Mei Jie Zhang; Ao Huang; Guo Qing Li; Guo Xiang Jin

doi:10.4028/www.scientific.net/KEM.633.145

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Preparation and Properties of Low-Temperature Glaze Used in Coke Oven Cordierite Bricks

Abstract:

According to analyze service condition and extent of damage of cordierite bricks used in coke oven, the experiment was prepared by using spodumene powder, cordierite powder and fused silica as main starting materials, borax as the flux. The effect of borax on melting properties and thermal shock resistance of low-temperature glaze used in coke oven cordierite brick was investigated. The results showed that the melting temperature of glaze is close to the theoretical calculation, Seger formula can be equally applied to metallurgical industry. With the amount of borax increasing, the melting temperature of the glaze reduced. When the amount increased to 22%, borax dissolved in the mullite phase, which increased the content of glass phase in glaze. When the temperature is 1000°C, glaze layer formed and spreaded evenly on the surface of cordierite lining bricks and didn’t flowing. After five thermal shock, glazed surface didn’t appear crack, the requirements were achieved that glaze can be generated in the carbonization chamber temperature of coke oven without pre-firing. When the amount of borax continues to increase, the viscosity of glaze decreases, which results in flowing.