Why do we need air disinfectors?

Research shows that, under normal circumstances, there are more than 500 kinds of volatile organic compounds and more than 200 kinds of pathogenic viruses in the indoor air. In our life, about 80% of our time will be spent indoors, so this also means that we will spend a long time in the same room with indoor harmful substances. Indoor air pollution has become a "hidden killer" that endangers human health, and also a problem that all countries in the world pay close attention to and urgently need to solve. Why do we need air disinfectors?

In a certain sense, the impact of indoor environment on people's life and work quality, as well as the public's health, is far greater than that of outdoor environment, because indoor air pollutants have the characteristics of variety, concealment, long time and accumulation, such as viruses and bacteria in the air, formaldehyde generated by decoration, second-hand smoke caused by smoking, kitchen lampblack, toilet odor, etc. If they are not handled in time, It will do great harm to our health.

To prevent indoor air pollution, we should not only resist various pollutants from the interior, but also resist "intruders" from the outdoors. Especially in the current situation of normalized epidemic prevention and control, air disinfection is particularly necessary to protect health, whether at home, in offices, in schools, or in large public spaces.

So what is the scientific and safe way to disinfect indoor air?

In the past two years, with the continuation of the epidemic of New Coronary Pneumonia, people's awareness of air disinfection has been enhanced, which has promoted the rapid development of air disinfectors. Common disinfection methods have also met people's needs for air safety in the continuous iteration and upgrading, from the initial disinfection of water to ozone machines, ultraviolet lamps, plasma disinfection, chlorine dioxide gas disinfection, etc.

The different disinfection methods are suitable for different scenarios, but there are still some shortcomings in these conventional disinfection methods, such as spraying disinfection, ultraviolet ray, ozone and other air disinfection technologies used in unmanned environments, which cannot solve the problem of sustainability of disinfection effect; However, air disinfection technologies such as ultraviolet circulating air and plasma, which can be used in manned environments, need to inhale viruses into the equipment due to their basic principles, and artificially create air circulation, which will instead accelerate the spread of viruses in indoor space.