Sterilization mechanism of anodic sterilizer

The active chemical groups in the sterilizer react with microorganisms to cause damage to the functional structure of microorganisms (proteins, DNA and cell membranes, etc.), causing them to lose their life activities, thereby achieving the purpose of killing microorganisms (including spores and spores).
Common types

Glutaraldehyde
It has a broad spectrum, high efficiency and bactericidal effect, has an odor and low toxicity. It has low corrosion to metals.
Peracetic acid
It has a broad spectrum, high efficiency, low toxicity, is corrosive to metals or fabrics, is greatly affected by organic matter, and has poor stability.
Hydrogen peroxide
It has a broad spectrum, high efficiency, fast effect, non-toxicity, and is corrosive to metals or fabrics.
Chlorine dioxide
It has a broad spectrum, high efficiency, and fast effect. It is corrosive to metals, has a bleaching effect on fabrics, is greatly affected by organic matter, and the activation solution and diluent are unstable. Chlorine-containing disinfectants are high-efficiency disinfectants with a broad spectrum, high efficiency, low toxicity, strong irritating odor, are corrosive to metals, have a bleaching effect on fabrics, are greatly affected by organic matter, and the disinfectant is unstable.
Silver ion hydrogen peroxide is a highly effective disinfectant with broad spectrum, high efficiency, rapid effect, long-lasting effect, non-toxic, odorless, non-irritating, can kill various bacteria and viruses, remove harmful gases, release negative ions, and has good stability.