The ozone disinfection cabinet uses the principle of ozone to kill bacteria remaining in the air and on the tableware. This skill has not been widely used for a long time, but it has been welcomed by thousands of households. As a strong oxidant, ozone is excellent in the process of sterilization. The main sterilization principles are as follows:
1.Ozone machineIt can oxidize the enzymes needed to differentiate the glucose inside the bacteria in oxygen, and then let it die naturally.
2. The ozone disinfection cabinet can damage the structure of the virus and make the virus itself unable to survive, thereby gaining the ability to kill viruses.
3. The ozone disinfection cabinet undergoes low-temperature disinfection, which affects the environment where bacteria live and achieves the ability to sterilize.
Advantages of ozone disinfection cabinet
1. Application mechanism and superiority
As a container for food that is eaten into the stomach, disinfection must be done well. Therefore, the use of ozone disinfection cabinets for disinfection can effectively kill bacteria and viruses, while removing residual odors. It is much better than traditional disinfection cabinets in a wide range of applications and advantages.
2. Sterilization
As a gas disinfectant, ozone is relatively rare in nature, so it can play a useful disinfection and sterilization effect on the deoxyribose in bacteria. The process from killing fungi to disinfection is very simple, and it will not allow bacteria to grow again, avoiding the lack of lethality that allows cells to resurrect and resurrect through the old.
3. Deodorization and purification
The ozone disinfection cabinet not only has many effects on disinfection, but also has a good effect on deodorization and clean smell. Therefore, after the effect of the ozone disinfection cabinet, the residual odor in the bowl is greatly reduced.
4. Comparison of ozone and ultraviolet irradiation sterilization
The traditional disinfection cabinet is sterilized by ultraviolet radiation, while the ozone disinfection cabinet kills the DNA in the cells through the effect of ozone. The difference between the two is that the sterilization ability of the ozone generator can be increased, and the intensity is high enough to avoid the rebirth of bacteria. In the traditional ultraviolet disinfection cabinet, due to the blind spots in the irradiance, a small part of the bacteria cannot be killed, causing a small part of the bacteria to regenerate. Therefore, the ultraviolet disinfection cabinet has a higher odor, which is the smell of the bacteria after the rebirth. .
