Living creatures on earth need to breathe every second, and clean air is especially important for good health. Nowadays, we spend most of our time staying in indoor places such as homes, schools and offices. But a polluted indoor environment can cause a series of adverse reactions, such as headaches, eye discomfort, breathing difficulties, skin allergies, etc. Sensitive people like children, the elderly and people with respiratory or heart diseases will be more susceptible to indoor pollutants. Improving indoor air quality can reduce discomfort. Fresh and clean air is very important for people. For schools, it can reduce the probability of cross-infection among students; for companies, employees can reduce the number of sick days; for families, it gives them an extra health protection.
The role of air disinfection machine
Professional air disinfection machines have a role in inhibiting the spread of viruses. Professor Hua Shucheng's team at the First Hospital of Jilin University collected samples of air, object surfaces, and door handles from isolation wards, fever clinics, and information desks at the First Hospital of Jilin University, as well as samples from health care workers who were in close contact with newly crowned patients, and tested the samples for novel coronavirus nucleic acids using RT-PCR. The test results showed that the novel coronavirus was detected on the surface of the nurses' station in the isolation area of the suspected patient, as well as in the air of the intensive care unit.
The National Health Commission's "Novel Coronavirus Pneumonia Diagnosis and Treatment Protocol (Trial Version 7)" made a new addition about the transmission route of novel coronavirus pneumonia, in addition to the existing transmission routes of respiratory droplets and close contact, there is the possibility of transmission via aerosol in a relatively closed environment with prolonged exposure to high concentrations of aerosol.
So, how do air disinfection machines achieve air disinfection?
The most common is that the inhaled dust particles are blocked on the filter; secondly, the inhaled dust particles are charged by the magnetic field and then adsorbed on the electrode plate. By working in this way, the "dirty" air that is inhaled into the disinfector and contains floating dust is transformed into dust-free "clean" air after passing through the disinfector. The microorganisms in the air are drawn into the disinfector and are "retained" in the disinfector. After several hours of operation, the number of dust particles in the air in the target room gradually decreases and the air becomes cleaner, with the result that the hygienic indicators of the air also turn out to be better. However, the filters and electrode plates inside the disinfector will eventually become "saturated". The length of the "saturation" period depends on the sanitary quality of the environment in which the disinfection machine is located, i.e., the worse the sanitary quality of the environment, the faster the "saturation" period will come. Once the disinfection machine enters the "saturation" period, its "disinfection" function will disappear.
The necessity of air disinfection machine
In places such as hospitals, schools, office areas and other places where various bacteria and viruses spread, air pollution is more serious than other places, and it is necessary to equip air disinfection machines. The spread of the virus in the air is nearby. The closer you are to the source of infection, the easier it is to be infected. Air disinfection machines can help purify the air and kill microorganisms in the air, reducing the cross-spread of viruses.
Bager brand air disinfection machine adopts Anti-Online high-efficiency filter components and UVC-Max LED disinfection module. The H13 high-efficiency filter has an interception efficiency of 99.9% for aerosols carrying bacterial pathogens and small particles of 0.1μm-10μm. Based on the Anti-Online patented technology platform, media loaded sterilization and catalytic factors agercan effectively remove formaldehyde, VOC, and allergens , Mites, etc., to solve the problem of gaseous pollutants and microbial pollutants in the environment. UVC-Max patented technology integrates 24 UVC-Max C-band LED disinfection lamp beads, which are irradiated into the filter and airflow to achieve irradiation disinfection and sterilization of the passing airflow and the filter that intercepts small particles attached to pathogens. The C-band ultraviolet lamp can destroy the molecular structure of DNA or RNA in the cells of the pathogenic bacteria, causing the bacterial cells to die, and achieve the effect of disinfection and sterilization.