What kinds are there in air disinfection machine?

Principle: After the central air conditioning system sends the air into the pre-filter, it filters out the dust and hair with large particles; Sending plasma, and killing bacteria, molds and the like passing through the ionization region through ionization breakdown when passing through the plasma ionization region; Once again, through the parallel electrode plates with alternating positive and negative electrodes in the dust collection area, the dust and smoke in the air are adsorbed on the dust collection electrode plates under the action of coulomb force, thereby outputting fresh air.

Photocatalytic air disinfection machine

Principle: Indoor air filters out some particles through the primary filter, and gets ev energy under the action of ultraviolet rays in the photocatalytic filter, which decomposes harmful gases such as formaldehyde, benzene and TVOC in the air and sends them to the ultraviolet region by the circulating fan. Ultraviolet light destroys and changes the DNA structure of bacteria, causing them to die immediately or lose their productivity, and then decomposes harmful gases again through photocatalytic filters and outputs purified air.

Photohydrogen ion air disinfection machine

Principle: Photohydrogen ion technology is a unique air purification technology, which combines oxidation technology and photocatalytic technology. Using wide-amplitude photon wave and special metal catalytic layer, the purified gas with super purification effect can quickly and comprehensively remove air pollutants such as harmful odor gases such as viruses and bacteria, and perfectly purify the air without causing secondary pollution.

Photoelectric junction and sterilizer

Principle: After the central air conditioning system sends the air into the pre-filter, it filters out the dust and hair with large particles; Sending plasma, and killing bacteria, molds and the like passing through the ionization region through ionization breakdown when passing through the plasma ionization region; Once again, it passes through the parallel electrode plate with alternating positive and negative electrodes in the dust collection area. Under the action of coulomb force, the dust and smoke in the air are adsorbed on the dust-collecting electrode plate, and then pass through the photocatalytic filter again. Under the action of ultraviolet rays, they gain energy, decompose harmful gases such as formaldehyde, stupid and TVOC in the air, and destroy and change the structure of bacteria under the irradiation of ultraviolet lamps, so that the bacteria die or lose their viability immediately and output fresh air.