A safe and natural deodorizing and decontaminating anti-bacterial solution.
Get a safe and hygienic environment without toxic cleaning products.
The bacterias and viruses in the air that come into contact with a surface covered with the photocatalytic Une2´s product of average particle size 5 ~8nm, are decomposed and destroyed by the oxidant function of the product. This action breaks th cell wall of the bacteria preventing them from multiplying.
These viruses, bacteria and potentially harmful molds become harmless by-products. The risk of disease and infection and associated costs are significantly reduced when the product is working can be applied on all types of surfaces being more active those more light or clarity receive.
The use of photocatalysis means that you can create a safe and hygienic environment, without the use of potentially hazardous and toxic cleaning chemicals.
Amplitude: the nano-TiO2 photocatalyst of une2
effectively degrades 90% formaldehyde, benzene, toluene, xylene, ammonia, VOCs and other pollutants. It has a broad spectrum and high efficiency disinfection performance that can decompose and eliminate toxins released by bacteria or fungi. In general, it has a harmful treatment.
Sustainability: During the reaction, the nano-titanium dioxide photocatalyst itself does not change or is lost. The pollutants can be purified continuously under the illumination of the light. This favors a lasting and sustained action.
Safety: it is not toxic. It is harmless, safe and reliable for the human body. The final reaction products are carbon dioxide, water and other harmless substances, and will not cause secondary contamination.
High efficiency: the nano-titanium dioxide photocatalyst uses inexhaustible solar energy and other light energy to eliminate and purify diffuse environmental pollutants in a low concentration state.
As a product of air purification, heterogeneous photocatalysis nano titanium dioxide has the following functions:
A. Purification function of the air: It affects harmful organic substances such as formaldehyde, benzene, ammonia, sulfur dioxide, carbon monoxide and oxides of nitrogen: These are reduced to harmless substances. In particular, it has a good effect on the solution of the deterioration of the atmospheric environment, the influence of chemical substances on new construction materials and furniture in the indoor environment.
B. Sterilization function: has a bactericidal effect on Escherichia coli and Staphylococcus aureus. It also breaks down the harmful compounds released by the dead bodies of bacteria during sterilization. Cell membranes that destroy cells with the superoxidative capacity of TIO2 use cytoplasmic loss to cause bacterial death. It coagulates the viral proteins and prints the viral activity, capturing and killing the floating bacteria in the air.
C. Deodorizing function without giving odors: deodorizing effect on cigarette odor, smell of toilet, smell of garbage, body odor of the animal, the smell of mud and the smell of life. Photocatalyst titanium dioxide has a stronger oxidant capacity than ozone anion (O3) and a stronger absorption power than activated carbon.
D. Antifouling function: Photocatalyst titanium dioxide will produce ultra-aqueous characteristics by the treated surface of the object. Simply spraying water on the surface of the object will cause dust and dirt to fall. Thus having an anti-fouling function of self-cleaning for treated surfaces or substrates.
What´s more, the field of application in the titanium dioxide dispersion of the photocatalyst and the market prospects are very broad, not only for air purification, but also for automotive transport facilities, ceramics, building materials, food appliances and drinks, medical equipment, household appliances, environmental protection, degradable plastics, water purification processing, daily necessities and other fields.
E. Anti-mildew and antibacterial: prevents the formation of mold and algae and prevents the adhesion of the incrustations.