The bactericidal characteristics of potassium monopersulfate are as follows:

1. Reactive oxygen species concentration of potassium monomer persulfate can reach 8 ~ 10%, and bacteria can be effectively killed only in contact with water for 10 ~ 20 minutes, and bacteria can be killed for 72 hours.

2, in the water through the cycle chain reaction to continue to produce reactive oxygen, the activation of small molecule high energy powder through the chain reaction to produce a variety of high energy, high activity of free radicals, new ecological oxygen free radicals of oxygen atoms and hypochlorous acid, hydroxyl radical, hydrogen peroxide, sulfate radical and other active ingredients, maintain the sterilization ability.

3, a variety of active ingredients coexist, can kill viruses, fungi, bacillus and so on.

4. The potassium persulfate produced by the company is less affected by water quality.

5. Non-toxic, no harmful carcinogenesis, no teratogenic, no mutagenic byproducts, etc.

Explain in detail the sterilization principle of potassium persulphate

In terms of molecular structure, potassium persulfate is very similar to peracetic acid. Peroxic bonds are connected with sulfur atoms and carbon atoms respectively. Potassium persulfate is an inorganic substance, and its effective disinfecting component is monomeric persulfate ion, which can oxidize the proteins of microorganisms and lead to microbial death. Potassium monopersulfate is a neutral salt, and the acidity of its aqueous solution is caused by the dissolution of potassium bisulfate in compound salts and the formation of hydrogen ions. However, potassium persulfate is much more stable under acidic conditions than under neutral conditions, and will decompose rapidly under alkaline conditions. The compound potassium persulfate compound salt is a compound salt disinfectant made of sodium chloride, organic acid and potassium monomeric persulfate. In aqueous solution, the special oxidation ability of potassium monomeric acid is utilized to produce chain reaction in water, continuously producing new ecological oxygen, hypochlorous acid, free hydroxyl group and hydrogen peroxide. Through the oxidation of new ecological oxygen and free hydroxyl group, the permeability of cell membrane can be changed to rupture, so as to normally protect the layer and kill bacteria, fungi, protozoa and virus.

In addition, the new ecological oxygen, hypochlorous acid, free hydroxyl three can kill microorganisms at the same time, so the maximum synergetic bactericidal effect has been achieved after dissolution, so the bactericidal action of potassium monopersulfate compound salt is much better than other components of disinfectants. At the same time, the chlorides released after killing microorganisms will be oxidized to hypochlorous acid and free hydroxyl group by reactive oxygen species of potassium persulfate, which will have long-lasting effects. Therefore, potassium persulfate compound salt has the characteristics of high efficiency, wide spectrum, rapid, lasting and safe in disinfection function.