How does our technology make surfaces permanently antibacterial?
Following years of research, we’ve developed a game changing always-on technology that has been tested against the most clinically relevant, and antibiotic-resistant bacteria and viruses with outstanding results.
Based on advanced nanotechnology, NANOSONO dynamic antimicrobial shield can be integrated into materials and products widely used in our daily lives, using a simple and cost-effective process, providing complete protection and safety every day. No need to re-coat or re-apply.
Based on advanced nanotechnology, NANOSONO dynamic antimicrobial shield can be integrated into materials and products widely used in our daily lives, using a simple and cost-effective process, providing complete protection and safety every day. No need to re-coat or re-apply.
technology
How does it work?
Unlike other antibacterial solutions, our technology does not rely on the leaching of ions; its unique nano-structured composition destroys the bacteria upon contact and stays active permanently, killing all microbes that come in contact with it.
1
Bacteria attaches to the surface and treated with the ‘active shield’
100 X ZOOM
2
The active shield simultaneously creates an electrostatic reaction & releases reactive oxygen species
100 X ZOOM
3
Bacteria is instantly destroyed while the active shield stays active
100 X ZOOM
Technology Advantages:
the combination of rapid kill & nonspecific mechanism does not allow bacteria to develop resistance
SEE HOW NANOSONO TECHNOLOGY CAN BE INTEGRATED INTO YOUR PRODUCT
ARTICLES
CuO(1-x)ZnOx Nanocomposite wiath Broad Spectrum Antibacterial Activity: Application In Medical Devices and Acrylic Paints.
https://pubmed.ncbi.nlm.nih.gov/33607631/
Anhydrous Topical Ointment for Management of Infected Wounds
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