The antibacterial effects of nanometer-sized titanium dioxide
In the photocatalytic degradation of bacteria, nanometer titanium dioxide is used to create an antibacterial effect. Nano-titanium dioxide’s electronic structure is characterised by an electronic band with a tio2-filled and empty conduction bands. It can be used in photocatalytic decomposition of bacteria to achieve antibacterial effect. Electronic can be moved from the conduction to the valence bands. At the same time, the holes in the conduction spectrum, which are responsible for generating electronic holes, also become electronic. A series of reactions occurs: adsorption and capture of O2, superoxide anion radicals reaction with the majority of organic matter, as well as the generation of electronic form O2. The hole can also react to organic matter in bacteria and produce H2O and CO2. This hole converts the OH and H2O that are adsorbed to TiO2 onto *OH. Strong oxidation power, *OH attacks unsaturated organic bonds or extracts H-atoms to produce new free radicals.
Nano titanium dioxide exhibits antibacterial qualities
The antibacterial qualities of nanometer titanium dioxide are: non-toxic and safe for the skin; Antibacterial activity; Strong antibacterial capability, wide range; Low odor. Washable. Long shelf life. Antibacterial agents such as nano titanium dioxide are able to maintain their antibacterial effects for life. This antibacterial agent is food-safe and doesn’t cause skin irritation.
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