Strong staying power
It can adhere to the fiber pores of the object without being eluted, and can form a hard film of 5H-6H on the surface of the object. It has been tested 5000 times by the Japanese industrial standard and has extremely high wear resistance.
The decomposition of VOCs into moisture and carbon dioxide will not produce any harmful substances and cause secondary pollution during the conversion process.
VOCs can decompose volatile organic compounds, but also antibacterial, anti-virus, anti-algae, anti-mildew and decompose the smell of Armonia.
Operation without optical media
The catalyst effect can be produced only by contacting with water (H2O) in the air, which can ensure long-term operation, maximize the decomposition effect of VOCs and sustained antibacterial.
Compared with photocatalyst
「Nextson Solutions」The broadness and convenience at the application level are far superior to photocatalysts. They do not need to rely on light sources as media, can operate 24 hours a day, and are non-toxic. They will not cause secondary pollution and cause adverse effects on people. The following is a comparison between the two:
|Transparency||Colorless transparent film after drying||White turbidity, white powder residue after drying|
|Change over time||High durability||Deterioration with adhesive materials|
|Film formation technology||Can spray||Must be skilled|
|Liquid storage||stable||Long time difficulty|
|Activation structure||Moisture Oxidizing Molecules in Air||Light up|
|Reaction structure||The concentrated oxidation reduction reaction in the porous space promotes and decomposes continuously||Use ultraviolet light and other light as the surface strong oxidizing power|
Pay attention to the three notions of any "catalyst"
Although Nextson Solutions uses a wide range of catalyst applications and superior performance, it should be noted that any catalyst in the world also has its limitations. After all, the catalyst is not a "fairy water". The following are all catalysts Three limitations that cannot be achieved:
Cannot be decomposed indefinitely
In reality, no catalyst can decompose an infinite amount of high-concentration VOCs and completely eliminate the smell of chemicals within tens of hours. This is the same as the principle that "nuclear bullets" cannot explode indefinitely.
Can't decompose any taste
The aqueous solution used by Nextson Solution can basically decompose all chemical structures containing C (carbon), H (hydrogen) and O (oxygen) elements, thereby eliminating odors such as formaldehyde, ammonia and cigarettes, and Its long-acting antibacterial effect can also prevent bacteria from continuing to multiply. Since it is sterile, how come the taste produced by bacteria? But if the material structure of the generated odor does not contain the three elements C, H and O, like the taste of the material itself, then the catalyst cannot be decomposed and eliminated.
No penetration and penetration ability
All catalysts and ozone have no penetration or penetration ability, so the catalyst can only decompose VOCs and formaldehyde on the surface of the object and produce antibacterial effect, but cannot penetrate the wall or deep furniture for decomposition. Remember, only "radiation" in the world can penetrate.