3 packages with 4 types of technologies
?Sakura Technology?
Applicable Area: Indoor Living Space
Air catalyst is a nano-catalyst active material that is neutral in acidity and non-corrosive aqueous solution. Under the action of air, it decomposes formaldehyde into carbon dioxide and water that is harmless and nontoxic.
Formaldehyde Removal – Nanoparticles in air catalysts can penetrate into the air, which can degrade free formaldehyde in the air.
Purification -Nanoparticles can quickly decompose formaldehyde in the room in a short time, reducing the formaldehyde concentration in the space.
Environmental Friendly – In the decomposition process, only non-pollutant (water and carbon dioxide) are produced.
Applicable Area: Wooden furniture, crevices, and non-sprayable area
Glucagon is a formaldehyde-trapping agent which block and absorb formaldehyde from its source. Glucagon uses radiation irradiation technology and has been patented in Japan. It adsorbs and captures formaldehyde in the air, which will then convert it into amino acid-like substances and water.
Formaldehyde Removal – It does not require UV and water as a medium in decomposing formaldehyde.
Safety – It passed Japan Biological Science Center “Oral Toxicity”, “Skin Irritation” and “Eye and Mucosal Stability”.
No Secondary Removal – The whole process of adsorbing formaldehyde will not produce secondary pollution.
Applicable Area: Wooden furniture, crevices, and non-sprayable area
Glucagon is a formaldehyde-trapping agent which block and absorb formaldehyde from its source. Glucagon uses radiation irradiation technology and has been patented in Japan. It adsorbs and captures formaldehyde in the air, which will then convert it into amino acid-like substances and water.
Formaldehyde Removal – It does not require UV and water as a medium in decomposing formaldehyde.
Safety – It passed Japan Biological Science Center “Oral Toxicity”, “Skin Irritation” and “Eye and Mucosal Stability”.
No Secondary Removal – The whole process of adsorbing formaldehyde will not produce secondary pollution.
Applicable Area: Wooden furniture, furniture, floor, curtains, ceiling and wall
Light-catalyst ，so the name implies that it will decompose formaldehyde when it encounters light. Sakura Home is the exclusive agent of Toshiba Photocatalyst in Japan, because it has more than one hundred patents in Japan, which is 30 times more powerful than other photocatalysts, except for its basic formaldehyde removal effect. In addition, Toshiba Photocatalyst can achieve following:
Formaldehyde Removal – Decompose toxic and harmful (TVOC) organics in the air into (CO2) carbon dioxide and (H2O) water
Antibacterial – Inhibits the growth of many molds, such as: Aspergillus niger
Antiviral – Can eliminate bird flu virus (H9N2 subtype)
Deodorization – Strongly oxidizes various odors and quickly eliminates indoor odors
Applicable Area: inside cabinets, living room area, area without-light
Electrocatalysts use thermal energy in the atmosphere to decompose formaldehyde. Pollutants in the air are oxidized and reduced to non-toxic and harmless gases by electrocatalysts. It is safe as it does not produce any harmful gases during the process.
Formaldehyde removal – It does not require UV and water as a medium to decompose formaldehyde
Antibacterial – It is hydrophobic so it is water-resistance thus eliminate mold
Autofouling – It is oleophobic so it is oil-resistant thus it can prevent oil pollution
Applicable Area: inside cabinets, living room area, area without-light
Electrocatalysts use thermal energy in the atmosphere to decompose formaldehyde. Pollutants in the air are oxidized and reduced to non-toxic and harmless gases by electrocatalysts. It is safe as it does not produce any harmful gases during the process.
Formaldehyde Removal – It does not require UV and water as a medium to decompose formaldehyde
Antibacterial – It is hydrophobic so it is water-resistance thus eliminate mold
Autofouling – It is oleophobic so it is oil-resistant thus it can prevent oil pollution
?Sakura Package?
