In recent years, ozone disinfectant balls have been loved by the public, do you know what it is? This blog will give you the answer to your question.

Ozone is a gas that can be used to kill bacteria. Today we will introduce it from the principle, function and efficacy of ozone disinfectant.

What is ozone disinfectant?

Ozone destroys the structure of the microbial membrane through the oxidation of oxygen atoms, to achieve the purpose of Disinfectant. The inactivation of bacteria by ozone is always very rapid. Different from other fungicides, ozone can react with the double bond of bacterial cell wall lipids, penetrate the bacterial body, act on proteins and lipopolysaccharides, change cell permeability, and cause bacterial death.

Ozone technology is an ancient and new technology. It was invented by German chemists in 1840 and applied in the water treatment and disinfection industry in 1856. At present, ozone has been widely used in medicine, water treatment, food processing, medical treatment, air purification, aquaculture and other fields, which has promoted the development of these industries. Ozone can be produced by an ozone generator, and its production principle Ozone can be obtained by high-voltage discharge, corona discharge, photochemical, electrochemical, atomic radiation and other methods.

The principle of ozone disinfectant balls

1. Ozone can oxidize the enzymes needed to decompose glucose in bacteria, so that bacteria can be inactivated and killed.

2. Directly interact with bacteria and viruses, destroy their organelles, DNA and RNA, disrupt bacterial metabolism, and cause bacterial death.

3. Invade cells through cell membrane tissue, act on outer membrane lipoproteins and lipopolysaccharides, and cause bacteria to dissolve and die due to permeability distortion.

The role and efficacy of ozone disinfectant

1. Broad spectrum: Ozone can kill bacteria, fungi, viruses, chlamydia, mycoplasma, etc. It is a Disinfectantproduct with a wide range of applications.

2. Fast and efficient: Ozone Disinfectantcan complete the Disinfectanteffect in a short time after the ozone reaches a certain concentration.

3. Safety: The ozone Disinfectantback seat toxicity test shows that there is no residue, no irritation to the skin, and no secondary pollution.

4. Penetration: The molecular weight of ozone is relatively small, and the penetration of cells and tissues is strong. It can quickly penetrate into cells and kill pathogens in cellular tissues.

5. No drug resistance: The Disinfectantprocess of ozone Disinfectantis to oxidize and decompose the glucose oxidase inside the bacteria, and directly destroy the colony microorganisms. Unlike other chemical fungicides, no resistance develops.

6. Double effects of ozone disinfectant: ozone is reduced to oxygen after killing bacteria, which can be quickly absorbed and utilized by other tissues. At the same time, ozone can quickly decompose odors and other odors generated on site by virtue of its strong oxidizing properties.