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A platform for research: civil engineering, architecture and urbanism
The invention discloses a light calcium carbonate forging process, and particularly relates to the technical field of light calcium carbonate. The process comprises the steps of 1, taking a certain amount of limestone, removing impurities, and taking out the crushed limestone powder. When calcium carbonate is forged through limestone at a high temperature, the lime needs to be ground into powder to facilitate heating of the limestone, then a plurality of steel balls are poured into the powdery limestone, the steel balls and the limestone powder are fully mixed through manual stirring, then the steel balls and the limestone powder are poured into a forging furnace, and in the heating process of the forging furnace, the forging furnace needs to be continuously rotated so as to enable the forging furnace to be evenly heated, in the rotating process, the steel balls can stir limestone powder, the caking phenomenon in the forging process is avoided, the steel balls have high heat conductivity, heat can be rapidly conducted into limestone, the heating efficiency of the limestone is improved, and impurities are reduced.
本发明公开了一种轻质碳酸钙锻造工艺，具体涉及轻质碳酸钙技术领域，包括步骤一：取一定数量的石灰石，进行除杂后，将粉碎后的石灰石粉末取出。本发明通过石灰石在高温进行锻造碳酸钙时，需要先将石灰碾成粉末，便于对石灰石进行加温，然后在粉末状的石灰石内倒入若干颗钢珠，通过手动进行搅拌，使钢珠与石灰石粉末充分混合，接着倒入锻造炉内，在对锻造炉进行加热的过程中，需要将锻造炉不停的转动，使锻造炉可以均匀受热，并且在转动的过程中，钢珠会对石灰石粉末进行搅拌，避免在锻造过程中，出现结块的现象，并且钢珠具有较高的导热性，可以迅速将热量传导到石灰石内，增加了石灰石的加热效率，减少杂质出现。
The invention discloses a light calcium carbonate forging process, and particularly relates to the technical field of light calcium carbonate. The process comprises the steps of 1, taking a certain amount of limestone, removing impurities, and taking out the crushed limestone powder. When calcium carbonate is forged through limestone at a high temperature, the lime needs to be ground into powder to facilitate heating of the limestone, then a plurality of steel balls are poured into the powdery limestone, the steel balls and the limestone powder are fully mixed through manual stirring, then the steel balls and the limestone powder are poured into a forging furnace, and in the heating process of the forging furnace, the forging furnace needs to be continuously rotated so as to enable the forging furnace to be evenly heated, in the rotating process, the steel balls can stir limestone powder, the caking phenomenon in the forging process is avoided, the steel balls have high heat conductivity, heat can be rapidly conducted into limestone, the heating efficiency of the limestone is improved, and impurities are reduced.
本发明公开了一种轻质碳酸钙锻造工艺，具体涉及轻质碳酸钙技术领域，包括步骤一：取一定数量的石灰石，进行除杂后，将粉碎后的石灰石粉末取出。本发明通过石灰石在高温进行锻造碳酸钙时，需要先将石灰碾成粉末，便于对石灰石进行加温，然后在粉末状的石灰石内倒入若干颗钢珠，通过手动进行搅拌，使钢珠与石灰石粉末充分混合，接着倒入锻造炉内，在对锻造炉进行加热的过程中，需要将锻造炉不停的转动，使锻造炉可以均匀受热，并且在转动的过程中，钢珠会对石灰石粉末进行搅拌，避免在锻造过程中，出现结块的现象，并且钢珠具有较高的导热性，可以迅速将热量传导到石灰石内，增加了石灰石的加热效率，减少杂质出现。
Light calcium carbonate forging process
一种轻质碳酸钙锻造工艺
ZHAO XUYANG (author)
2021-12-24
Patent
Electronic Resource
Chinese
Manufacture Process of Light Calcium Carbonate from Limestone
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