A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Production method of magnesite-chrome brick
The invention relates to a production method of a magnesite-chrome brick. Iron oxide yellow and iron oxide blue are respectively added in the preparation processes of a common magnesite-chrome brick and a directly sintered magnesite-chrome brick, so that the finished brick has distinguishable different colors, the sintering temperature of the common magnesite-chrome brick is 1520-1580 DEG C, and the finished brick has a yellow color; the firing temperature of the directly sintered magnesite-chrome brick is 1680-1750 DEG C; and the finished brick has a blue color. The performance of the prepared magnesite-chrome brick meets the requirement, meanwhile, homogeneous bricks which are not easy to distinguish have distinguish-ability and are easy to distinguish on a masonry site, construction isconvenient, and masonry position errors are avoided.
本发明涉及一种镁铬砖的生产方法，在普通镁铬砖和直接烧结镁铬砖制备过程中分别添加氧化铁黄和氧化铁蓝使成品砖具有可区分的不同颜色，普通镁铬砖烧成温度为1520‑1580℃，成品砖带有黄色；直接结合镁铬砖烧成温度为1680‑1750℃；成品砖带有蓝色。本发明制备的镁铬砖性能符合要求，同时使不易区分的同质砖具有可区分性，在砌筑现场容易区分，方便施工，避免砌筑位置发生错误。
Production method of magnesite-chrome brick
The invention relates to a production method of a magnesite-chrome brick. Iron oxide yellow and iron oxide blue are respectively added in the preparation processes of a common magnesite-chrome brick and a directly sintered magnesite-chrome brick, so that the finished brick has distinguishable different colors, the sintering temperature of the common magnesite-chrome brick is 1520-1580 DEG C, and the finished brick has a yellow color; the firing temperature of the directly sintered magnesite-chrome brick is 1680-1750 DEG C; and the finished brick has a blue color. The performance of the prepared magnesite-chrome brick meets the requirement, meanwhile, homogeneous bricks which are not easy to distinguish have distinguish-ability and are easy to distinguish on a masonry site, construction isconvenient, and masonry position errors are avoided.
本发明涉及一种镁铬砖的生产方法，在普通镁铬砖和直接烧结镁铬砖制备过程中分别添加氧化铁黄和氧化铁蓝使成品砖具有可区分的不同颜色，普通镁铬砖烧成温度为1520‑1580℃，成品砖带有黄色；直接结合镁铬砖烧成温度为1680‑1750℃；成品砖带有蓝色。本发明制备的镁铬砖性能符合要求，同时使不易区分的同质砖具有可区分性，在砌筑现场容易区分，方便施工，避免砌筑位置发生错误。
Production method of magnesite-chrome brick
一种镁铬砖的生产方法
ZHANG YIXIAN (author) / LIU LINLIN (author) / ZHAO XIANHUA (author) / JIN ZHAO (author) / HOU ZHONGYANG (author) / YIN BIN (author)
2021-03-16
Patent
Electronic Resource
Chinese
IPC:
C04B
Kalk
,
LIME
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