The use of titanium pinks in ceramics will have those gain effects

In the ceramic industry, titanium white powder should have greater application space, allowing people to take the initiative to use titanium instead of titanium anti -titanium. This is the self -cleaning product corresponding to titanium pink products.

In the ceramic industry, titanium white powder should have greater application space, allowing people to take the initiative to use titanium instead of titanium anti -titanium. This is the self -cleaning product corresponding to titanium pink products. As the name suggests, through reasonable craftsmanship, a layer of titanium pink film is prepared on the surface of ceramic products, which can allow ceramic products to produce a self -cleaning effect, which is very suitable for exterior walls and bathroom ceramic products.

The principle of self -cleaning lies in the role of nano -level Rui titanium pink powder. Under the action of sunlight, water molecules can be decomposed into hydrogen atoms and oxygen atoms. The independent oxygen atom has a strong oxidation ability. Remove the dirty stains on the surface of the product. This principle is similar to the familiar laundry powder. The effect of removing stains of washing powder is that the NaClo contained in it is decomposed into NaCl and O atoms in the water, and oxygen atoms can remove stains. Its strong oxidation ability, after ten minutes of laundry, people's hands will be white.

Self -cleaning products have been used on glass products very early. Japan tried related products in some places as early as 2000, and the feedback was good. Its production process is mainly in the later stage of glass products, in an area below 600 ° C on the production line, installing solitary spraying process equipment. Spray the nano -level titanium pink powder on the glass products. The solution is burned at high temperature and sprayed with a white titanium pink film on the glass. There are also many such research in China. Shenzhen University and Zhejiang University have prepared a 5 ~ 50nm -level titanium pink -powered film layer at 450 ~ 550 ° C, with significant effects. Reasonable doping in the prepared solids, such as SiO2 doping and rare earth ions doped, is better.

At present, ceramic products occupy a large decoration market. From the early supply of ceramic products, to now relying on quality and surface aesthetic effects to impress consumers. It is believed that in the future, ceramics with specific functional effects will also occupy the market. The titanium pink coating technology is worthy of our expectations.