Ceramic and production technology thereof
A production process and ceramic technology, which is applied in the field of ceramics and its production process, can solve the problems that affect the artistic beauty and appreciation value, uneven coloring, unstable structure, etc., and achieve high artistic appreciation value, uniform color and cost saving. Effect
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Embodiment 1
[0010] A ceramic and its production process. The embryo body is made of the following raw materials: 25g lead-boron frit, 10g red lead, 20g quartz, 8g material soil, 5g calcite, 30g iron red, 3g titanium, and melt the lead-boron After the block, red lead, quartz, soil, calcite, iron red, and titanium are pulverized in a pulverizer, they are ground by a ball mill, and then the iron is removed by a magnet, and electrolyte is added to stir to form a slurry, which is then formed by grouting and drying. The embryo is dried to obtain the embryo body, and then sintered and glazed, then fired at a high temperature of 1210°C for 8 hours to obtain the finished product.
Embodiment 2
[0012] A ceramic and its production process. The embryo body is made of raw materials with the following weights: 35g lead-boron frit, 20g red lead, 29g quartz, 15g soil, 15g calcite, 40g iron red, 8g titanium, and melt the lead-boron After the block, red lead, quartz, soil, calcite, iron red, and titanium are pulverized in a pulverizer, they are ground by a ball mill, and then the iron is removed by a magnet, and electrolyte is added to stir to form a slurry, which is then formed by grouting and drying. The embryo is dried to obtain the embryo body, and then sintered and glazed, then fired at a high temperature of 1210°C for 10 hours to obtain the finished product.
Embodiment 3
[0014] A ceramic and its production process. The embryo body is made of raw materials with the following weights: 30g lead-boron frit, 15g red lead, 24g quartz, 12g material soil, 10g calcite, 35g iron red, 5g titanium, and melt the lead-boron After the block, red lead, quartz, soil, calcite, iron red, and titanium are pulverized in a pulverizer, they are ground by a ball mill, and then the iron is removed by a magnet, and electrolyte is added to stir to form a slurry, which is then formed by grouting and drying. The embryo is dried to obtain the embryo body, and then is sintered and glazed, and then fired at a high temperature of 1210°C for 8-10 hours to obtain the finished product.
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