MicroPlasma BiPolar Ionization, which has been tested by the laboratory, Department of Microbiology, Faculty of Science, King Mongkut’s University of Technology Thonburi (Bangmod Campus) and the Virology Laboratory Services, Center for research and innovation, Faculty of medical technology, Mahidol University.

With MicroPlasma Bipolar Ionication, NEX AirGuard cause reactions to eliminate pathogens and VOCs as follows:

Reaction to microorganisms

– viruses

– bacteria

– fungi

– mold spores

 

Nex AirGuard produces Hydroxyl Ions with both positive charge (H+) and negative charge (OH-) from water vapor in the air. These ions surround hemagglutinin (proteins that bind microorganisms to receptors, such as the Spike Protein) and remove hydrogen (H2) from hemagglutinin’s molecule. The Hydroxyl Ions (OH-) then regroup with these hydrogens to form H2O (water vapor). This process disrupts the molecular structure of the microorganisms, deforming them, and ultimately eliminating or incapacitating the microorganisms upon entry into our bodies.

 

Reaction to Dust & PM 2.5:

Hydroxyl Ions (OH-) and Hydrogen Ions (H+) disperse throughout the area, combining with smoke or dust particles (PM 2.5) to form larger clusters that then fall to the ground.

 

Reaction to Odor:

The vast majority of odors are caused by bacteria. Hydroxyl Ions (OH-) remove hydrogen from the bacterial cell wall, killing the bacteria. Once the bacteria are eliminated, the odor fades away.

 

Reaction to Volatile Organic Compounds (VOCs) and VOC-induced Odor:

Hydroxyl Ions (OH-) oxidize volatile substances and pollutants, destroying their chemical bonds and changing their molecular structure. This process eliminates odors and converts them into natural molecules that are safe for humans and pets.