Carved porcelain ware production technique
A production process and porcelain technology, applied in the field of carving porcelain and porcelain production technology, can solve the problems of single product, complex and unpractical process, etc., and achieve the effects of product diversification, low production cost and reasonable process
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Embodiment 1
[0021] Embodiment 1, the firing process of the high-temperature porcelain element embryo is similar to the general ceramic manufacturing process, mud material (weight ratio): kaolin 55%, quartz 40%, feldspar 5%, through ball milling, pulping, squeezing mud, Practicing mud, plastic molding, biscuit firing into plain embryos, grinding with grinding wheels to remove the enamel on the surface of the plain embryos, and a new layer of putty on the surface of the plain embryos, and then drawing, carving, pasting gold foil, painting, drying, and finally packaging. Wherein the putty formula is: distributed by weight, dry ground calcium carbonate powder 63% coal ash 4% pig blood material 33%. The ratio of raw materials in putty is related to the color of putty, which is mainly determined by the ratio of calcium carbonate powder and coal ash.
[0022] Several raw material combinations of putty (weight percentage)
[0023]
[0024] Table 1
Embodiment 2
[0025] Example 2, the firing process of high-temperature porcelain plain blanks is similar to the general ceramic production process. The mud is ball milled, pulped, squeezed, kneaded, molded, and fired into plain blanks, and the blanks are removed by grinding wheels. The surface is glazed, and a layer of putty is applied on the surface of the plain embryo, and then it is drawn, carved, pasted with decals, sprayed, dried, and finally packaged. Wherein the putty formula is: distribute by weight, dry ground calcium carbonate powder 67% coal ash 3% pig blood material 30%.
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