A preparation method of a fire resistant quencher resistant cement composite gel material
A composite cementitious material, high temperature resistance technology, applied in sustainable waste treatment, solid waste management, climate sustainability, etc. Quenching effect, effect of good high temperature resistance
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Embodiment 1
[0017] Weigh 520kg of high-alumina cement, 110kg of finely ground fly ash, 250kg of blast furnace slag and 120kg of kaolin according to the specified proportion, put the batching materials into the mixer, and mix them well to obtain high temperature and quenching resistant cement Composite cementitious materials.
Embodiment 2
[0019] Weigh 580kg of high-alumina cement, 140kg of finely ground fly ash, 180kg of blast furnace slag and 100kg of kaolin according to the specified proportion, put the batching materials into the mixer, and mix them well to obtain high temperature and quenching resistant cement Composite cementitious materials.
Embodiment 3
[0021] Weigh 650kg of high-alumina cement, 190kg of finely ground fly ash, 100kg of blast furnace slag and 60kg of kaolin according to the specified proportion, put the batching materials into the mixer, and mix them well to obtain high temperature and quenching resistant cement Composite cementitious materials.
[0022] Mix the cement composite cementitious material prepared in the above examples with a certain amount of coarse aggregate and fine aggregate, add water and stir well, then shape and maintain, and finally obtain a product that is resistant to high temperature and quenching. The product will not crack at a high temperature of 700°C; it will not crack when cooled with water at a high temperature.
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