How does QUACTIV™ make surfaces permanently Antimicrobial?
Nanosono Antimicrobial solution (QUACTIV™) is based on innovative highly chemical-stable composition of submicron materials which interact and activate each other in constant fashion. This special interaction between the components produces an permanent electrostatic interaction with the microbes' membranes while also generating the release of reactive oxygen species (ROS) thereby assuring the total on contact fast elimination of any micro-organism

technology

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.

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

Technology Advantages:

Permanent

Stable, Always-on technology; no need to re-coat or re-apply

Prevents anti-microbial resistance

the combination of rapid kill & nonspecific mechanism does not allow bacteria to develop resistance

Cost effective

Low production costs & highly effective at very low concentration

Highly effective

kills a broad spectrum of microbes, at very low concentration

Antimicrobial products

final goods with our material inside become antibacterial and antiviral

Environmentally friendly

Non-toxic and ecological production process

SEE HOW's NANOSONO'S QUACTIV™ CAN BE INTEGRATED INTO YOUR PRODUCT

Turn your product antimicrobial>

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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