Powerful Antiviral and Antibacterial Technology
AG+ Antiviral and antibacterial
particles pass through the protective
coat and enter into the virus and bind
to the genome causing denaturation
AG+ Antiviral and antibacterial
particles interact with the virtual
surface proteins and damage
the protective coat.
1 . Antiviral and antibacterial particlescombine
with the -SH group of the enzyme protein.
2. Breaking cell membrane.
3. Antiviral and antibacterial particles detach from
the bacterium, reaching the next bacterium.
AG+ Antiviral and antibacterial particles pass through the protective coat and enter into the virus and bind to the genome causing denaturation. AG+ Antiviral and antibacterial particles interact with the virtual surface proteins and damage the protective coat.
1 . Antiviral and antibacterial particlescombine
with the -SH group of the enzyme protein.
2. Breaking cell membrane.
3. Antiviral and antibacterial particles detach from
the bacterium, reaching the next bacterium.
1 . Antiviral and antibacterial particlescombine
with the -SH group of the enzyme protein.
2. Breaking cell membrane.
3. Antiviral and antibacterial particles detach from
the bacterium, reaching the next bacterium.
Coronavirus • Influenza A Virus • Herpes Simplex Virus • Human Immunodeficiency Virus
Staphylococcus Aureus • Escherichia Coli • Pseudomonasa Aeruginosa
Candida Albicana • Candida Krusei • Aspergillus Flavus • Penicillium Vulpinum
Aurabeat’s research team successfully developed
silver ion patented disinfection technology in 2020,
which can effectively reduce viruses in the air,
including COVID-19 (SARS-CoV-2) in 15 minutes,
and greatly reduce the risk of secondary infections.
The air filter material has a silver ion antibacterial
and antiviral coating. This can eliminate viruses,
bacteria, and moulds that are blocking the air filter,
and effectively eliminate microorganisms that pass
through the air filter
There are five mechanisms for silver ion
to restrain and eliminate viruses: