Water-based anti-static bright glaze, and production method and production device thereof
A production device and anti-static technology, which is applied in the field of ceramic glazes, can solve problems such as large manpower and material resources, high production costs, and long production cycles, and achieve the effects of preventing static electricity, avoiding safety accidents, and reducing labor intensity
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Embodiment 1
[0063] S1, smash
[0064] Select high-quality raw materials, 18 kg of albite feldspar, 13 kg of potassium feldspar, 6 kg of tin oxide, 10 kg of antimony oxide, 9 kg of zinc oxide, 1 kg of methyl cellulose, 34 kg of quartz, 5 kg of purple wood knot, aluminum oxide 22 kilograms, 30 kilograms of limestone, 17 kilograms of talc, 13 kilograms of kaolin, 6 kilograms of barium carbonate, and put the raw materials in the crushing tank for crushing;
[0065] S2, screening
[0066] The raw material particles formed after crushing are screened through a vibrating screen to remove large particles of impurities, and the mesh diameter of the screen is controlled to be 0.5mm;
[0067] S3, one grinding
[0068] Grinding the sieved raw material particles into powder;
[0069] S4, dissolve
[0070] Pour the sieved raw material powders into clear water to form a solution;
[0071] S5, heating and stirring
[0072] Place the above solution in a stirring tank, heat while stirring until the w...
Embodiment 2
[0080] S1, smash
[0081] Select high-quality raw materials, 23 kg of albite feldspar, 18 kg of potassium feldspar, 15 kg of tin oxide, 15 kg of antimony oxide, 13 kg of zinc oxide, 4 kg of methyl cellulose, 43 kg of quartz, 10 kg of purple wood knot, aluminum oxide 26 kg, 38 kg of limestone, 23 kg of talc, 15 kg of kaolin, 8 kg of barium carbonate, and put the raw materials in a crushing tank for crushing;
[0082] S2, screening
[0083] The raw material particles formed after crushing are screened through a vibrating screen to remove large particles of impurities, and the mesh diameter of the screen is controlled to be 0.4mm;
[0084] S3, one grinding
[0085] Grinding the sieved raw material particles into powder;
[0086] S4, dissolve
[0087] Pour the sieved raw material powders into clear water to form a solution;
[0088] S5, heating and stirring
[0089] Place the above solution in a stirring tank, heat while stirring until the water evaporates completely, and co...
Embodiment 3
[0097] S1, smash
[0098] Select high-quality raw materials, 20 kg of albite feldspar, 15 kg of potassium feldspar, 7 kg of tin oxide, 13 kg of antimony oxide, 11 kg of zinc oxide, 2 kg of methyl cellulose, 40 kg of quartz, 8 kg of purple wood knot, aluminum oxide 24 kg, 35 kg of limestone, 20 kg of talc, 14 kg of kaolin, 7 kg of barium carbonate, and put the raw materials in a crushing tank for crushing;
[0099] S2, screening
[0100] The raw material particles formed after crushing are screened through a vibrating screen to remove large particles of impurities, and the mesh diameter of the screen is controlled to be 0.5mm;
[0101] S3, one grinding
[0102] Grinding the sieved raw material particles into powder;
[0103] S4, dissolve
[0104] Pour the sieved raw material powders into clear water to form a solution;
[0105] S5, heating and stirring
[0106] Put the above solution in a stirring tank, heat while stirring until the water evaporates completely, and contro...
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