Ozone is a gas with great disinfectant, deodorizing and oxidizing power, so it acts quickly on a wide spectrum of microorganisms, including Covid-19, but also on other types of viruses and bacteria such as Listeria or Salmonella. Its speed of action is 3125 times higher than that of chlorine and 184 times more effective.
Being a gas, Ozone reaches all surfaces, such as floors, walls, textiles and other elements that may be difficult to access or clean. In addition, the use of this system is completely clean and sustainable, without damaging objects or surfaces.
How does ozone disinfection act on COVID-19?
Direct oxidation of the cell wall is its main mode of action, being highly effective for surface disinfection.
According to the WHO, ozone is the most efficient disinfectant for all types of microorganisms, being much more powerful than chlorine and bleach.
Always accompanied by a previous deep cleaning, disinfection with ozone will be your best ally to avoid possible infections.
Ozone acts in the following way:
Disinfects, deodorizes and has an oxidizing effect on viruses, bacteria and fungi, being highly effective in their elimination
Guarantees the elimination of any source of contamination
Quickly sanitizes the environment, completely eliminating odors
The form of application of Ozone:
The production of ozone is carried out by using a machine that generates it in the appropriate proportion for each space and desired application. Once its function has been carried out, it is necessary to allow a few hours to pass before being able to use the venue where the performance has been carried out.
including Covid-19, but also on other types of viruses and bacteria such as Listeria or Salmonella. Its speed of action is 3125 times higher than that of chlorine and 184 times more effective.
Being a gas, Ozone reaches all surfaces, such as floors, walls, textiles and other elements that may be difficult to access or clean. In addition, the use of this system is completely clean and sustainable, without damaging objects or surfaces.