Preparation method for novel porcelain tire body inorganic repairing material and porcelain product repaired by inorganic repairing material
A repair material and inorganic technology, applied in the field of inorganic non-metallic materials (ceramics), can solve the problems of easy aging and discoloration, poor strength, high difficulty, etc., and achieve the effects of scientific and reasonable production methods, wide product adaptability, and broad market prospects
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Embodiment 1
[0016] The percentage by weight of the new inorganic restoration material formula for porcelain matrix consists of:
[0017] Kaolin 55%, sodium hydroxide 10%, sodium silicate 9%, β-hemihydrate gypsum 9%, deionized water 17%;
[0018] Calcining kaolin at 800°C for 40 minutes;
[0019] The kaolin after the calcination process is put into the ball milling equipment with a ratio of material: ball: water of 1:2:0.8, and the fineness reaches 0.05% or less.
[0020] First mix and dissolve sodium hydroxide, sodium silicate, and deionized water to form a solution, and let it stand for 30 minutes; then stir the β-hemihydrate gypsum with the kaolin after the calcining process to obtain a mixture; finally pour the solution into the mixture and stir for 10 minutes Minutes to make it into a uniform gel, that is, to obtain inorganic repair materials.
[0021] Mix the inorganic repair material evenly and apply it on the defective part of the ceramic carcass. Wait for 1.5 hours. After it sol...
Embodiment 2
[0023] The percentage by weight of the new inorganic restoration material formula for porcelain matrix consists of:
[0024] Kaolin 62%, sodium hydroxide 14%, sodium silicate 6%, β-hemihydrate gypsum 8%, deionized water 10%;
[0025] Calcining kaolin at 850°C for 40 minutes;
[0026] The kaolin after the calcination process is put into the ball milling equipment with a material: ball: water ratio of 1:2:1 and ball milled.
[0027] First mix and dissolve sodium hydroxide, sodium silicate, and deionized water to form a solution, and let it stand for 40 minutes; then stir the β-hemihydrate gypsum with the kaolin after the calcining process to obtain a mixture; finally pour the solution into the mixture and stir for 10 minutes Minutes to make it into a uniform gel, that is, to obtain inorganic repair materials.
[0028] Mix the inorganic repair material evenly and apply it on the defective part of the ceramic carcass, wait for 2 hours, grind it according to the shape of the cera...
Embodiment 3
[0030] The percentage by weight of the new inorganic restoration material formula for porcelain matrix consists of:
[0031] Kaolin 57%, sodium hydroxide 15%, sodium silicate 6%, β-hemihydrate gypsum 10%, deionized water 11%;
[0032] Calcining kaolin at 820°C for 40 minutes;
[0033] The kaolin after the calcination process is put into the ball milling equipment with a ratio of material: ball: water of 1:2:0.9 and ball milled.
[0034] First mix and dissolve sodium hydroxide, sodium silicate, and deionized water to form a solution, and let it stand for 35 minutes; then stir the β-hemihydrate gypsum with the kaolin after the calcining process to obtain a mixture; finally pour the solution into the mixture and stir for 10 minutes Minutes to make it into a uniform gel, that is, to obtain inorganic repair materials.
[0035] Mix the inorganic repair material evenly and apply it on the defective part of the ceramic carcass. Wait for 1.5 hours. After it solidifies, grind it accor...
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