Full range of applications 

Whether, formaldehyde and VOC is released from new furniture and paint; or millions of germ spread all over the toilet; mold and odor caused by moisture in the bathroom; the odor from pets at home; bacteria and mold found in the air conditioner. The Japan Engineered Hybrid Photocatalyst is the most effective solution you can count on.

Continuous decomposition of formaldehyde and deodorization

Effectively remove a variety of harmful gases, such as formaldehyde, acetaldehyde, toluene, xylene and other volatile organic compounds (VOC); Solve a variety of common indoor odors, such as urine pressure (ammonia), Sweat odor (acetic acid gas), garbage smell (hydrogen sulfide), odor (trimethylamine gas), foot odor (isovalerate) and fecal odor (indole) etc, continue to remove aldehydes and deodorize.

Hybrid Photocatalyst can remove common malodor, such as ammonia, hydrogen sulfide, etc., which can greatly reduce the odor problem.

Complete antibacterial and anti-virus function

Photocatalyst (TiO2) requires sufficient ultraviolet light to decompose organic pollutants, and has certain limitations in application. Latest type Hybrid Photocatalyst even in dim light or at dark environment, still produce high antibacterial and antiviral effects. Significantly reduce indoor disease cross infection chance, which verified by the laboratory in Japan.

Antiviral and antibacterial tests conducted by third-party laboratories, according to JIS (Japanese Industrial Standards) test results.

Effectively prevent mold spreading

In the counter mildew tests, the Hybrid Photocatalyst coating can prevent mold from spreading on the surface of the rice cake at a relative humidity of 95%. In addition, in the harsh experiment of cultivating mold, the mold can be completely prevented from spreading, more effective than other anti-mildew products and long lasting!

When the relative humidity is greater than 60%, the mold can grow and grow; when it is greater than 65%, the mold growth will accelerate; if it reaches 80~95%
When the mold grows explosively.

Antiviral and antibacterial tests conducted by third-party laboratories, according to JIS (Japanese Industrial Standards) test results.

Super rigidity and wear resistance

Japan's Hybrid Photocatalyst has a protective layer hardness of 9H (diamond hardness of 10H), while most of the catalyst materials on the market lack a protective layer and cannot last for long-term. General cleaning agent and normal friction would not destroy hybrid photocatalyst surface. The surface layer of photocatalyst will continue to function properly if never been damaged.

Third party verified reports

Tested by a number of Japanese third-party laboratories, including:
  • Multiple bacterial and virus tests (including Staphylococcus aureus, Escherichia coli, phage QB)
  • Skin irritation, oral acute toxicity and induced mutation safety test
  • Material Safety Test MSDS
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Breakthrough Coating Technology
Usually, photocatalyst raw materials need to be sprayed multiple times on the wall and the surface of the object, and process gets complicated, but Hybrid Photocatalyst can be more effective in one spray. Significantly shorten the construction time and reduce the burden on the technicians.
Purification Principle
Under the illumination of sunlight and artificial light, the photocatalyst turns harmful substances into harmless substances such as water and carbon dioxide. 
Because of Hybrid Photocatalyst contains rare metals, the catalysis process is faster and longer lasting than other technologies.
The Most Innovative Photocatalyst Raw Materials
Photocatalyst (titanium dioxide TiO2) is one of the components of "Hybrid Photocatalyst". Titanium dioxide is widely used in medicines, cosmetics, and white chocolate which is safe for human consumption.
Use a high pressure spray gun to cast layers of coating onto the surface of the object.
Safe and Harmless Ingredients

Photocatalysts have been approved by the Ministry of Health, Labor and Welfare of Japan as food additives; silver has strong antibacterial and deodorizing functions. Photocatalyst is a compound extracted from minerals and is harmless to the human body; because the catalytic process reacts with light instead of electricity, so photocatalyst is more environmental friendly purification materials.