Production method of simulation plaque

Abstract

The invention relates to the field of ceramic crafts, in particular to a production method of simulation plaque, comprising the following steps of: 1, kneading porcelain clay into a flow shape and then biscuiting at 1,270-1,330DEG C; 2. adding a layer of transparent base enamel with the sintering temperature of 1,080-1,150DEG C on a biscuited blank; 3. spraying pigments of various colors on the transparent base enamel; and 4. coating a layer of transparent base enamel with the sintering temperature of 1,080-1,150DEG C and carrying out glaze firing at 1,080-1,150DEG C to obtain a finished product. Compared with the prior art, because the colorization is carried out below the glaze, the plaque product has the advantages of smooth surface, abundant colors and layers, excellent simulation effects, bloom like real flowers and higher grade.

Description

technical field [0001] The invention relates to the field of ceramic handicrafts, in particular to a method for manufacturing simulated porcelain flowers. Background technique [0002] Porcelain flower is a Qiba of ceramic handicrafts. Its shape is beautiful and elegant. It is a kind of elegant handicraft. Traditional porcelain flower is made of high white clay and high-temperature coloring material, which is hand-kneaded and fired at high temperature. Its existence The following disadvantages: [0003] One is that the surface of the product is rough, the color is single, and the color level is not rich enough, which leads to poor simulation effect and low product level; [0004] Second, because the green body has not been fired during coloring, the green body has strong water absorption, and the coloring material may fall in the wrong place and cannot be cleaned, resulting in a low product yield; [0005] The third is that due to the rough surface of the product, it is ea...

AI Technical Summary

Problems solved by technology

[0003] One is that the surface of the product is rough, the color is single, and the color level is not rich enough, which leads to poor simulation effect and low product level;

[0004] Second, because the green body has not been fired during coloring, the green body has strong water absorption, and the coloring material may fall in the wrong place and cannot be cleaned, resulting in a low product yield;

[0005] The third is that due to the rough surface of the product, it is easy to get dirty and difficult to clean, which makes the product limited in terms of ornamental and practicality.