Mica titanium pearlescent pigment is made of synthetic fluorophlogopite or crystal mica flakes as the base material. When sunlight shines on the surface of these sheets, the multiple reflections of the light show a rainbow-like interference color. Depending on the thickness of the titanium dioxide or metal oxide film, different colors of interference colors are produced, which can give people a kind of interference color. The profound three-dimensional space texture, and the soft mercerizing feeling, can show a variety of color effects, imitating natural colors, creating a colorful decorative effect. Its performance characteristics are good pearl luster, low density, light resistance, heat resistance, Weather resistance, acid resistance, alkali resistance, non-conductive, non-magnetic, and chemical properties are very stable. In addition, these pigments are completely non-toxic and fully suitable for increasingly stringent environmental protection requirements. Therefore, they are widely used in coatings, plastics, rubber, inks, paper, and textiles. , Cosmetics, decorations, handicrafts, leather, enamel, ceramics, packaging supplies, printing decoration and building materials and many other departments. Pearlescent pigments, color-changing pigments, fluorescent pigments

       Because of its strong temperature resistance, it is used as the main raw material of pearlescent ceramic glaze. In addition, adding pearlescent pigments can add some pearly luster to classic-style porcelain products and make the patterns or patterns on the porcelain appear more vivid.

       When in use, the pearlescent pigment is mixed with the enamel, and then is coated on the dried porcelain embryo according to the glazing procedure for firing. Adopt the "double firing method". The first step is high-temperature sintering and the second step is low-temperature firing after coating pearlescent pigments. The temperature (900℃~1000℃) is appropriate. When the temperature reaches the right temperature, beautiful pearlescent ceramics can be formed