Glazing technology of Jun porcelain glaze material with health care effects

Abstract

The invention discloses glazing technology of a Jun porcelain glaze material with health care effects. The Jun porcelain glaze material comprises two layers; an internal layer is a ground glaze containing an energy storage luminescent material; an external layer is a nanometer photocatalysis material-containing surface layer prepared from an antibacterial agent and magnet powder. A preparation method comprises following steps: a glaze slurry containing the energy storage luminescent material is prepared, and is used for coating the surface of a biscuit, drying is carried out, and the coated biscuit is introduced into a kiln for sintering; immersion method is adopted to prepare the titanium dioxide antibacterial agent loaded with antibacterial metal ions, and magnet powder is added into thetitanium dioxide antibacterial agent so as to obtain an antibacterial catalysis solution, the coated biscuit treated via primary sintering is coated with the antibacterial catalysis solution, dryingis carried out, and the biscuit is introduced into a kiln for sintering at 500 to 550 DEG C so as to realize glazing of the Jun porcelain glaze material with health care effects. According to the glazing technology, week light is emitted by the energy storage luminescent material after absorption of sunlight, and is used for catalyzing generation of purification effects of the nanometer photocatalysis material; and in addition, long-lasting phosphor materials of different colors are adopted to emit week light of different colors, so that decoration effect is achieved.

Description

technical field [0001] The invention relates to the technical field of ceramics, in particular to a glazing process for Jun porcelain glazes with health care effects. Background technique [0002] Jun porcelain originated in the Eastern Han Dynasty. It is one of the five famous kiln porcelains in the Song Dynasty. It is a treasure in the traditional porcelain making process of the Han nationality. " and "a family with thousands of pieces is not as good as a piece of Jun porcelain". It is a unique national treasure porcelain in Shenhou Town, Yuzhou City, Henan Province. The magical kiln transformation of "out of the kiln, the scenery of lakes and mountains, clouds and mist, human beings, flowers, birds, insects and fish" and other infinitely changing graphics, colors and wonderful charm, is known as the first of China's "five famous porcelains". [0003] The use of porcelain utensils in my country has a history of thousands of years, such as cups, bowls and chopsticks, vases...

AI Technical Summary

Problems solved by technology

At present, organic antibacterial agents are widely used in most antibacterial materials, which have strong antifungal effects, but have poor antibacterial effects, low stability such as heat resistance, and decomposition products or volatile products may be harmful to the human body. Moreover, in recent years Due to the emergence of drug-resistant pathogenic bacteria, the use of organic antibacterial agents is limited. Inorganic antibacterial agents are based on the use of silver, copper, zinc and other metal ions or oxides or some photocatalytic materials (TiO 2 , ZnO 2 etc.) and other inorganic substances have the antibacterial ability to exert antibacterial and bactericidal effects, and have the characteristics of strong antibacterial, high temperature resistance, good stability and safety