Why is O3 sanitizer spray popular?

O3 sanitizer spray is a strong oxidant whose molecules are extremely unstable and can be decomposed to produce monoatomic oxygen (O) and hydroxyl (OH) with strong oxidizing ability. The internal structure of bacteria, viruses, and other microorganisms have a strong killing effect on various pathogenic microorganisms. The sterilization process is a biochemical oxidation reaction.

Here is the content list:

• Disinfection has no dead ends, high sterilization efficiency, and deodorization.

• No residue, no pollution.

Disinfection has no dead ends, high sterilization efficiency, and deodorization.

During disinfection, the o3 spray bottle produces a certain amount of O3 sanitizer spray. In a relatively closed environment, it spreads evenly and has good permeability. In addition, because of its wide bactericidal spectrum, it can not only kill bacterial propagules, spores, viruses, fungi and protozoa, and other microorganisms but also destroy botulinum toxin and rickettsia, etc. Strong in addition to mildew, fishy, smelly, and other odors. O3 sanitizer spray has a very strong disinfection effect, strong bactericidal power, and a wide bacterial spectrum. It has a killing effect whether it is a bacterial virus or an ungerminated saturated seed. And the killing speed is fast, which is about a hundred times more than that of chlorine. The total number of microorganisms that can be killed by O3 sanitizer spray is more than that of chlorine. (Especially the pear-shaped cysts with strong chlorine resistance can only be killed with O3 sanitizer spray). The sterilization rate is faster than that of chlorine, thus reducing the contact time, reducing the volume of the reaction tank, and increasing the processing capacity. Moreover, O3 sanitizer spray has a strong bactericidal effect on bacteria, viruses, and ungerminated spores. Moreover, it is not easy to cause blind spots in killing viruses. O3 sanitizer spray disinfects and sterilizes quickly.

No residue, no pollution.

O3 sanitizer spray is produced by the use of oxygen in the air. During the disinfection and oxidation process, the excess oxygen atoms are combined into molecular oxygen after 30 minutes, and there is no residual substance, which solves the problem of secondary pollution remaining in the disinfection of disinfectants, and saves money at the same time. Go to cleaning again after disinfection. The metal oxides produced in the whole process of O3 sanitizer spray disinfection are non-toxic and odorless and can be quickly dissolved into oxygen, which is not easy to cause secondary pollution. It has good tolerance, and complete sterilization, and also has a strong function of removing mildew, fishy, odor, and other odors. The oxides produced during the disinfection process of O3 sanitizer spray are non-toxic, odorless, and biodegradable substances, which can be quickly decomposed into oxygen without secondary pollution. They are called "clean disinfectants". Moreover, the disinfection effect of O3 sanitizer spray is less affected by pH and temperature. O3 sanitizer spray is in a free state of gas, and there will be no dead ends during disinfection. O3 sanitizer spray plays a certain purification role through its oxidative flocculation during the disinfection process. O3 sanitizer spray disinfection technology can be used for drinking water, seawater, and sewage treatment, and can also be used for disinfection of environmental objects. It has a wide range of applications and is called a "universal disinfectant". O3 sanitizer spray can only be generated in situ during application. Therefore, it is simple, safe, reliable, and economical.

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