Many people after the first step of the new home decoration is thinking about how to remove formaldehyde, there are many aldehyde removal methods and folk remedies on the market, which one is effective?
As a veteran employee who has been in the aldehyde removal company for 3 years, you can quickly and safely move into your new home as long as the aldehyde removal method is done properly!
Formaldehyde is a colorless gas with a pungent taste, but when we are in a space with a slightly higher concentration of formaldehyde, we are prone to discomfort.
It is worth noting that many people think that as long as the decoration materials known as "0 formaldehyde" are used, there will be no formaldehyde, and as long as there is no pungent taste in the air, there will be no formaldehyde. All of the above ideas are wrong!
Formaldehyde is continuously released, there is no way to remove it all at once, and as long as you have an adhesive component in the decoration material, formaldehyde will be generated.
So how do we continue to get rid of formaldehyde? The commonly used technical means to remove formaldehyde are activated carbon, photocatalyst, and chemical formula decomposition.
Activated carbon adsorption technology
Activated carbon adsorption is a means of removing aldehydes that most people subconsciously think of, and the effect of activated carbon is remarkable. When you spread it in all corners of the room on a large scale, it will quickly adsorb formaldehyde and make the indoor air quality meet the standard.
But as mentioned before, formaldehyde will continue to be released, activated carbon has a fatal drawback is that when he adsorbs saturation will spit back, become a source of pollution, causing secondary pollution to indoor air! Therefore, if the use of activated carbon adsorption to remove formaldehyde, it is necessary to replace a large amount of activated carbon regularly to be able to continuously adsorb formaldehyde, so that the consumables are too high!
Photocatalyst technology
Photocatalyst technology should not be unfamiliar to everyone. Photocatalyst is also called photocatalyst, the simple explanation is that when ultraviolet light shines on the surface of the photocatalyst, it can produce a strong oxidizing substance to degrade formaldehyde and other toxic and harmful gases.
This is able to effectively decompose and will not form secondary pollution, but the time for photocatalysts to purify organic matter takes a long time, which will directly affect the purification function. And it must be under ultraviolet radiation to complete the transformation and decomposition. The requirements of the use scenario are too high, and the average family does not have such environmental requirements.
Chemical decomposition
Chemical formula decomposition is currently the more advanced technology in the aldehyde removal industry, before this technology also needs to be imported from abroad, the cost is higher, and now the Hong Kong University of Science and Technology has independently developed the same NCCO purification technology.
This is a nano oxygen fusion air purification technology, simply put, it can directly capture the dust and harmful particles in the interception air, and avoid the saturation and re-release of activated carbon, NCCO technology uses an active oxygen generator, using oxidation, killing bacteria and viruses adhering to the filter network, and decomposing into harmless water and carbon dioxide, and finally achieving the purpose of long-lasting, effective and safe purification of indoor air. When we do aldehyde removal work, we carry a small b-MOLA air purifier with NCCO technology for protection.
If you want to get rid of formaldehyde safely, you can refer to the above 3 methods and means to choose the most suitable one! As long as the aldehyde removal method is proper, you can move into your new home quickly and safely!
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