To put the photocatalyst shown in the figure at left to practical use in living spaces, it is important to stabilize the titanium dioxide photocatalyst effectively and to bind it to the material to be coated. The difficulty of binding with materials is a characteristic of titanium oxide. ARC-FLASH has enabled
this difficult binding.
When UV rays are applied to a surface treated with ARC-FLASH, photoexcitation of titanium dioxide occurs and all the organic matter that comes into contact with the surface is decomposed into low molecular weight molecules.Not even dead bacteria remain on the surface. Substances that cause fouling are also decomposed on the same principle, and super-hydrophilicity prevents drops of water from adhering to the surface. In case of outdoor application, the surface is washed by rain and cleanliness can be maintained at all times.
Acetaldehyde is decomposed into carbon dioxide and water vapor, and the smell is eliminated.
The better the air circulation, the greater the deodorizing effect.
In the same way, airborne bacteria and viruses are reduced by air circulation.
As long as ultraviolet rays are applied, the condition shown in the figure will be maintained.