Celadon blank making technology through overweight pressure one-time moulding
A celadon and process technology, which is applied in the field of celadon super-heavy pressing and one-time forming blanking process, can solve the problems affecting product market expansion, loss, and low celadon strength, and achieve the effects of improving refractoriness, fine texture and reducing production costs.
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Embodiment 1
[0018] The celadon ultra-heavy pressing one-time blanking process includes the following steps:
[0019] Preparation of raw material powder: ultramicronize the raw material;
[0020] Compression molding: mix the powder with rainwater, the mixing ratio of powder and mixed solution is 6:4, and press it into the desired shape under the pressure of 15-600MPa to obtain the pressed embryo. Mass production, reduce production costs, while increasing the strength of the embryo body;
[0021] Sintered compact: the sintering temperature is controlled at 1190~1300°C, and the ceramicization is sufficient;
[0022] Repair the embryo and get it;
[0023] Wherein, the mixed solution solvent is a mixture of calcium phosphate-sodium chloride-DETA, the mixing ratio of water-calcium phosphate-sodium chloride-DETA is 5:2:1:2, and the embryo body is light in texture, fine and hard, It is not easy to wear, crack, and gloss. Because the device reaction is nonlinear, the mechanism of action needs t...
Embodiment 2
[0029] The blank raw materials are evenly mixed according to the following ingredients and percentages: Longyan kaolin 35~45%, celadon clay powder 15~20%, potassium feldspar 8~20%, quartz 7~12%, hematite 3~8%, Zijin soil 5~10%, bone ash 6~10%, nanometer α-Al2O3 powder 9~15%, filler 5~10%.
[0030] Preparation of raw material powder: The raw material is subjected to ultramicronization treatment, and the particle size of the powder is controlled to be 950~1000 micron ultrafine powder;
[0031] Compression molding: mix the powder with rainwater, the powder and the mixed solution (water-calcium phosphate-sodium chloride-DETA, mixing ratio 5:2:1:2) mixing ratio is 6:4, under the pressure of 15-600MPa, press into The desired shape can be used to produce pressed embryos, which can shorten the time spent on embryo making by using heavy pressure molding, which can be mass-produced, reduce production costs, and increase the strength of the embryo body at the same time;
[0032] Sintere...
Embodiment
[0038] Example group: uniformly mix the blank raw materials according to the following ingredients and percentages: 35-45% of Longyan kaolin, 15-20% of celadon clay powder, 8-20% of potassium feldspar, 7-12% of quartz, and 3% of hematite ~8%, purple gold soil 5~10%, bone ash 6~10%, nanometer α-Al2O3 powder 9~15%, filler 5~10%.
[0039] Preparation of raw material powder: The raw material is subjected to ultramicronization treatment, and the particle size of the powder is controlled to be 950~1000 micron ultrafine powder;
[0040] Compression molding: mix the powder with rainwater, the powder and the mixed solution (water-calcium phosphate-sodium chloride-DETA, mixing ratio 5:2:1:2) mixing ratio is 6:4, under the pressure of 15-600MPa, press into The desired shape can be used to produce pressed embryos, which can shorten the time spent on embryo making by using heavy pressure molding, which can be mass-produced, reduce production costs, and increase the strength of the embryo b...
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