Efficient sterilization. Active oxygen, as a strong oxidant, has 50 times the sterilization ability and 3000 times the sterilization speed of chlorine, which can effectively kill all kinds of bacteria, viruses and microorganisms.
Safe disinfection. Sterilizing with active oxygen, and finally decomposing and reducing to chlorine-free residual oxygen. Will not damage the environment, and at the same time avoid the risk of scalding caused by high-temperature hot water disinfection. At the same time, reactive oxygen species can oxidize the cell wall of bacteria and destroy bacterial cells without drug resistance.
Save energy. The active oxygen flushing system can be flushed with cold water (below 40℃) in the whole process, and at the same time, a rapid flushing procedure is adopted to reduce energy consumption.
Save detergent. Active oxygen can effectively decompose stains, bacteria and viruses left on textiles during cleaning, and reduce the use of detergents.
Extend the life of clothes. Using active oxygen to sterilize clothes is beneficial to make clothes softer and smoother. Reduce the use of hot water and chemicals, shorten the drying time, and help protect clothes.
Compared with the chlorine used in traditional disinfection, hospital active oxygen sterilization is faster and safer, without residue and damage to articles.
However, the stability of active oxygen in air is poor, and it usually overflows directly because it has no direction, so it is generally ineffective to use active oxygen to sterilize, and it will also corrode equipment and affect the environment.
Therefore, the modern use of active oxygen for disinfection and sterilization is not using active oxygen, but using active oxygen water.
Active oxygen water not only has better disinfection and sterilization ability than active oxygen, but also has no impact on the environment. And the higher the concentration of active oxygen water, the more obvious the sterilization effect. In the environment of high concentration of active oxygen water, the sterilization rate of Escherichia coli can reach 99.99%, and the sterilization rate of other bacteria is 99.999%.
Moreover, active oxygen water has no residue in sterilization and is safe, and it is also possible to be used for disinfection of medical instruments and patients' clothes.