About photo-catalyst
The mechanism of the photo-catalyst is that light energy is converted in titanium oxide particles to generate hydrocyrades (OH-) from superoxide (O) on the surface of O2 particles in the air and H2O in water. This causes oxidative decomposition and inactivation of all types of microbiota such as mold and bacteria, viruses, and ammonia and VOCs that cause odors. On the surfaces of nanozone COAT, the super nano
titanium oxide of nanozone SOLUTION absorbs the sunlight, fluorescent lights, LEDs, and other. And generates a strong photo-catalysts activation. Once coated, the effect will last long.
titanium oxide of nanozone SOLUTION absorbs the sunlight, fluorescent lights, LEDs, and other. And generates a strong photo-catalysts activation. Once coated, the effect will last long.
Continuously Adhered to Surface Advantages of self-bonded 2/3
nanozone SOLUTION (self-bonded titanium oxide) which is continuously attached to the coated surface and reacts with faint light to photo- catalyst, making it possible to reduce the frequency of maintenance.
※The frequency of maintenance depends on the surface conditions.
※The frequency of maintenance depends on the surface conditions.
Measurement and inspection reports by the Institute of Environmental Technology, Ostrava Institute of Technology, the Cezch Republic.
[Titanium and toxic bacteria detection experiment in coating of drinking water tanks]
Analysis of titanium content in water, titanium nanoparticle content in water, water purity of microorganisms, ecotoxicity of water and life activity, respectively, after 1 day, 30 days, 100 days, 200 days, and 300 days after nanozoneCOAT was applied.
The result was following;
No titanium or toxic bacteria were detected in the nanozone coated drinking water tank.
[Titanium and toxic bacteria detection experiment in coating of drinking water tanks]
Analysis of titanium content in water, titanium nanoparticle content in water, water purity of microorganisms, ecotoxicity of water and life activity, respectively, after 1 day, 30 days, 100 days, 200 days, and 300 days after nanozoneCOAT was applied.
The result was following;
No titanium or toxic bacteria were detected in the nanozone coated drinking water tank.
