How does QUACTIV™ make surfaces permanently Antimicrobial?
QUACTIV™ is a revolutionary nano-technology-based coating that can give any surface the power to destroy bacteria instantly and continuously.

technology

Insight Look On QUACTIV

NON-LEACHING MECHANISM

Unlike other antibacterial solutions, Nanosono's QUACTIV 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.

  • NON-LEACHING MECHANISM

NON-LEACHING MECHANISM

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.

  • BACKED BY SCIENCE:KILLS up to 99.9999% of BACTERIA

BACKED BY SCIENCE:KILLS up to 99.9999% of BACTERIA

QUACTIV was tested according to ISO 21702 and performed 6 LOG reduction (99.999%) against wide range of gram negative and gram positive bacterial species, viruses, yeast and fungus.

1

Bacteria attaches to the surface and treated with QUACTIV™

100 X ZOOM

2

QUACTIV™ simultaneously creates an electrostatic reaction & releases reactive oxygen species

100 X ZOOM

3

Bacteria is instantly destroyed while QUACTIV™ stays permanently active

100 X ZOOM

Stable, Always-on technology; no need to re-coat or re-apply
the combination of rapid kill & nonspecific mechanism does not allow bacteria to develop resistance
Low production costs & highly effective at very low concentration
kills a broad spectrum of microbes, at very low concentration
final goods with our material inside become antibacterial and antiviral
Non-toxic and ecological production process

Looking for more data or couriers about antimicrobial technology ?

SEE HOW's NANOSONO'S QUACTIV™ 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

https://www.researchsquare.com/article/rs-757566/v1

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