Substrate Substrate Substrate Substrate By applying it with a special spray gun, titanium phosphate-derived nanoparticles accumulate on the substrate surface. During application, the radical reaction primarily decomposes odor components or physically destroys bacteria and viruses on the surface of the accumulated nanoparticles. The treated surface is believed to exhibit high activity with a large surface area due to the abundant presence of nanoparticles. "Air Clean Coating" is an innovative functional coating where "titanium tetrachloride" reacts with phosphoric acid to produce "titanium phosphate." "Titanium phosphate" is believed to initiate catalytic reactions (redox actions) by incorporating water molecules present in the air. It exhibits excellent properties and effects such as [antibacterial], [antiviral], [deodorizing], [decomposing harmful substances], and [anti-allergen], not only in places where light energy reaches but also in completely dark places with no light energy. Its functionality and safety have been demonstrated by evaluation tests conducted by third-party organizations. The main component, "titanium phosphate," undergoes stringent quality control from manufacturing (ISO9001 certified), and even the handling qualifications (meister system) are established for the equipment and methods of application, ensuring reliable MADE IN JAPAN quality and technology in the functional coating agent. ※There are also types that enhance antifungal functionality and hydrophilic antifouling functionality. AIR CLEAN COATING １５ Mechanism of Air Clean Coating By applying with a special spray gun to various materials, nano-sized particles accumulate on the surface. These particles adhere strongly to the material surface, ensuring a stable effect lasting for years without the need for a binder. DURABILITY TESTING① DURABILITY TESTING② CONSTRUCTION SCENE Effects remain the same after 50 washes. 1Does not peel even after 100 abrasion tests. (Testing Agency) Boken Quality Evaluation Institute (Testing Agency) Japan Paint Inspection Institute Adhering to the substrate High Bonding Odor components Bacteria/Viruses Drying Decomposition Purification ※The illustration is an image. Radical
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