Method for producing simulated natural sandstone ceramic product
A technology of ceramic products and production method, applied in the field of imitation natural sandstone ceramic products and production thereof, can solve the problems of environmental pollution, high water consumption, complicated operation and the like
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Embodiment 1
[0030] The technological process and steps of the present embodiment are as follows:
[0031] (1) Raw material pretreatment. Dry and crush china clay, kaolin and lithium china stone so that the moisture content is 13% and the particle size is 1mm;
[0032] (2) Powder preparation. For the china clay, the pretreated china clay adopts a grinder with a heating device to grind and dry to obtain 20 to 40 meshes, which account for 40%, and the china clay powders which account for 60% and have a moisture content of 2% under 40 meshes are for subsequent use; Kaolin, the pretreated kaolin is ground and dried with a grinder with a heating device to obtain kaolin powder with 60-80 mesh accounting for 80%, 80 mesh or less accounting for 20%, and a moisture content of 1.5%, for subsequent use; for lithium porcelain Stone, the pretreated lithium china stone is ground and dried by a grinding machine with a heating device to obtain 60-80 mesh accounting for 90%, 80 mesh or less accounting fo...
Embodiment 2
[0040] The technological process and steps of the present embodiment are as follows:
[0041] (1) Raw material pretreatment. Dry and crush potassium feldspar and ball soil so that the moisture content is 12% and the particle size is 1.5mm
[0042] (2) Powder preparation. For potassium feldspar, the pretreated potassium feldspar is ground and dried with a grinder equipped with a heating device to obtain potassium feldspar powder with 20-40 mesh accounting for 70%, 40 mesh or less accounting for 30%, and a moisture content of 1%. For the ball soil, the pretreated ball soil is ground and dried by a grinder with a heating device to obtain 90% of the 60-80 mesh, 10% of the 80 mesh or less, and a moisture content of 1%. Powder, spare;
[0043] (3) Mixing. The prepared ball soil is pre-mixed with 1% orange material, and then the content of potassium feldspar is 80%, and the content of ball soil is 20%, and then mixed evenly in the mixer, and set aside;
[0044] (4) Granulation. ...
Embodiment 3
[0050] The technological process and steps of the present embodiment are as follows:
[0051] (1) Raw material pretreatment. Dry and crush albite, quartz sand, black mud and waste glass to make the moisture content 10% and the particle size 0.95mm;
[0052] (2) Powder preparation. For albite and quartz sand, the pretreated albite and quartz sand are ground and dried with a grinder with a heating device, and 20-40 mesh accounts for 55%, 45% for less than 40 mesh, and a moisture content of 1.5%. The albite and quartz sand powder materials are used for later use; for the black mud, the pretreated black mud is ground and dried by a grinder with a heating device to obtain 85% of 60-80 mesh, 15% of less than 80 mesh, and 15% of water content. The black mud powder with a ratio of 3% is reserved for use; for waste glass, the pretreated waste glass is ground and dried by a grinder with a heating device, and the obtained 60-80 mesh accounts for 87%, and the 80 mesh or less accounts fo...
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Abstract
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