An ideal and efficient combination of antibacterial properties with nanoparticles, which, in addition to the potential for microbial decontamination, can be produced economically and economically, which can be prevented by the application of this tile from the diffusion and pathogenicity of bacteria. In addition to preventing the spread of diseases among people and the cost of treatment, it also saved.
These materials, which consist mainly of nanoparticles, are antibacterial agents, which, by stimulating the electrons and creating an oxidation phenomenon in these nanoparticles, make detoxification and prevent the bacteria from becoming resistant to chemical disinfectants.
Antibacterial nano-glaze synthesis has been done with the aim of producing a semi-industrial antibacterial tile. In recent years, antibacterial treatment of hospital tiles has been used from sprays or antibacterial coatings that are unstable and destroyed by washing or abrasion.
they went. Antibacterial tiles by Nano Pishtaz Pars Company do not require any disinfectants with chemicals such as formaldehyde and allergic disinfectants that are harmful to the environment.
After producing antibacterial properties, tiles act as the strongest permanent disinfectant against gram-positive and gram-negative bacteria up to 99.99%. The powerful oxidative power of these tiles eliminates bacteria.
The antibacterial properties of the tile do not actually kill the bacteria, but they break down and ultimately damage the cell wall of the bacteria. Because the glazes of the tiles are antibacterial, after the antibacterial property production process It becomes permanent.