Which one is better for removing formaldehyde, a household ozone machine or an industrial ozone machine?
At present, the medical profession generally believes that the main factors for the incidence of leukemia, in addition to clan genetic factors, environmental factors mainly include: radiation factors, chemical factors, biological factors (caused by viral infection). After clinical discovery, home decoration can be called "the culprit." It is understood that in the newly decorated house, if the formaldehyde exceeds the standard, it will simply endanger human health.
There are many ways to remove formaldehyde indoors: ventilation method, activated carbon adsorption method, plant deodorization method, etc. The most thorough and environmentally friendly method is to use an ozone machine to remove formaldehyde.
whyOzone machineCan it remove formaldehyde, is it harmful to the human body?
First, ozone has strong oxidizing properties, which can differentiate the harmful substances of formaldehyde and toluene.
2. It can be sterilized, and its sterilizing power is 3000 times that of chlorine. Ozone can eliminate the floating bacteria in the air and water within a time, and can neutralize and differentiate various toxic substances, remove all malodors, and bleach and clarify Pollution of impurities in the water.
Third, if the ozone does not end its response, it will automatically be reduced to oxygen without causing secondary pollution.
Fourth, there will be no harm to the human body, as long as the person is absent while working, because at that time the ozone has already differentiated and the response is over. We must know that the damage of formaldehyde to the human body is getting more serious.
Which kind of ozone machine is good? A household ozone machine is definitely not available. If it is an industrial ozone machine, the removal rate of formaldehyde is 30-40%.
Ozone has a strong function of removing odors. It is feasible to remove formaldehyde and other odors in new houses. However, it is necessary to pay attention to the fact that when using ozone machines, humans and machines cannot be co-located. At the same time, small ozone generators such as commonly used fruit and vegetable detoxification machines, because the amount of ozone generated is too small, and the ozone gas dispersion ability is poor, which can not achieve the effect of deodorization.