Use for Glass Surface! Advantages of self-bonded 1/3
Because of self-bonded titanium oxide, it can be sprayed on the surface of glass, which is recognized as a difficult surface to have titanium oxide to be applied, and since it is firmly bonded and does not peel off, it can also be applied as a UV coating.
The cover glass was hung upside down for one day under ambient conditions. Later on, the surface was observed again using AFM. Figure 3 shows an AFM image of the surface. It can be seen that the particles did not peel off from the surface.
These images show that NanoYo Japan TiO 2 particles can adhere even on very flat glass and can hardly be removed from the glass.
It is easy to conclude that it is much more difficult to pull particles away from rough surfaces such as fabric, wood, and wall materials.
Shuji Adachi Professor of
Division of Food Science and Biotechnology, Kyoto University, Kyoto 606-8502, Japan
These images show that NanoYo Japan TiO 2 particles can adhere even on very flat glass and can hardly be removed from the glass.
It is easy to conclude that it is much more difficult to pull particles away from rough surfaces such as fabric, wood, and wall materials.
Shuji Adachi Professor of
Division of Food Science and Biotechnology, Kyoto University, Kyoto 606-8502, Japan
The self-bonded nanozone SOLUTION (self-bonded titanium oxide) is exposed as a neatly aligned on the coated surface of nanozone COAT, so it is possible to install it even in a place with a faint light like indoor environment.
