Method for producing acid-resistant bricks from construction and household porcelain waste tail powder
A technology for daily-use porcelain and acid-resistant bricks, applied in applications, household appliances, clay products, etc., can solve problems such as bankruptcy of enterprises, difficulties in production enterprises, economic crisis, etc., to achieve the reduction of raw material costs, environmental protection, and conservation of mineral resources. Effect
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Embodiment 1
[0031] Embodiment 1, the described method step of producing acid-resistant brick with construction and daily-use porcelain waste powder tail powder is:
[0032] a. First, crush the collected construction and daily porcelain waste, and ball mill them into powder and pellets, mix and ball mill them in batches with ceramic polishing waste and tail powder in batches, pass through a 150-200 mesh sieve, and store them in batches as waste powder And carry out component testing in batches,
[0033] b. According to the component detection, the waste powder is divided into: first-class waste powder, SiO 2 ≥60%; secondary waste powder, SiO 2 45-60% (including 45%); tertiary waste powder, SiO 2 30-45% (including 30%);
[0034] c. The weight ratio is 10 parts of Guangdong mud, 13 parts of quartz powder, 10 parts of Banshan mud, 12 parts of Yichun kaolin, 13 parts of Jiepai mud, 7 parts of Chenzhou mud, 10 parts of low-temperature sand, 10 parts of Daling bluestone and magnesia 3 parts ...
Embodiment 2
[0043] Embodiment 2, the described method step of producing acid-resistant brick with construction and household porcelain waste powder tail powder is:
[0044]a. First, crush the collected construction and daily porcelain waste, and ball mill them into powder and pellets, mix and ball mill them in batches with ceramic polishing waste and tail powder in batches, pass through a 150-200 mesh sieve, and store them in batches as waste powder And carry out component testing in batches,
[0045] b. According to the component detection, the waste powder is divided into: first-class waste powder, SiO 2 ≥60%; secondary waste powder, SiO 2 45-60% (including 45%); tertiary waste powder, SiO 2 30-45% (including 30%);
[0046] c. The weight ratio is 7 parts of Guangdong mud, 15 parts of quartz powder, 6 parts of Banshan mud, 10 parts of Yichun kaolin, 11 parts of Jiepai mud, 9 parts of Chenzhou mud, 6 parts of low-temperature sand, 6 parts of Daling bluestone and magnesia 5 parts of mu...
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