KONADA
Photocatalytic formaldehyde removal product is a product that uses photocatalytic technology to remove indoor formaldehyde pollution. The following is a detailed introduction to photocatalytic formaldehyde removal products:
First, product principle
Under the irradiation of light, photocatalysts can produce photocatalytic reactions similar to photosynthesis, and produce free hydroxyl groups and reactive oxygen species with strong oxidation capacity. These active substances have a strong photoredox function and can oxidize and decompose various organic compounds and some inorganic substances, including formaldehyde. Through this reaction, the photocatalyst can decompose organic pollutants such as formaldehyde into pollution-free water (H2O) and carbon dioxide (CO2), so as to achieve the purpose of formaldehyde removal.
Second, product classification
Photocatalytic formaldehyde removal products mainly include sprays, accessories, self-cleaning glass, ceramics, floor tiles, air purifiers (household, commercial) and automotive special air purifiers. These products use different ways and forms to apply photocatalyst technology to indoor environments to achieve the effect of formaldehyde removal.
Third, product advantages
Comprehensiveness: photocatalyst can effectively degrade formaldehyde, benzene, toluene, xylene, ammonia, TVOC and other pollutants, with high efficiency and broad spectrum disinfection performance.
Sustainability: During the reaction process, the photocatalyst itself will not change and lose, and the pollutants can be continuously purified under light irradiation.
Safety: photocatalyst is non-toxic, harmless, safe and reliable for human body. Its final reaction products are carbon dioxide, water and other harmless substances, and do not produce secondary pollution.
High efficiency: The photocatalyst uses the inexhaustible solar energy and other light energy to remove and purify the diffuse environmental pollutants.
4. Precautions for use
Keep indoor light: the photocatalyst needs to be illuminated by light to play a role, so it should be used to keep the indoor light sufficient.
Enhance air mobility: the photocatalyst needs to be in contact with harmful substances to react, so it is necessary to maintain indoor air mobility when used to improve the removal effect.
Professional construction: Because the photocatalytic construction requires a certain amount of professional knowledge and skills, it is recommended that the construction be carried out by professionals.
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