UV Photocatalytic Smoke Purifier

Operating Principle

The specialized light tubes of the photo-degradation smoke purification system emit light in specific wavelengths that excite smoke molecules in the油烟. This breaks the chain of smoke molecules, forming tiny, excited-state smoke molecules (photo-degradation). These substances react with oxygen, forming trace smokeless solid powders. Some are converted into carbon dioxide (CO2) and water molecules (H2O), which are carried away by the wind, achieving the purpose of smoke purification.

The UV Photocatalytic Purifier utilizes Japanese Toshiba low-pressure UV lamps, categorized by wavelength into two types: Ozone-Free UV Lamps: Primarily emit UV light at 253.7 nanometers. The UV light is divided into four bands (a, b, c, d), with the c band being effective for sterilization. The 253.7 nm wavelength is particularly potent for sterilization, commonly used in hotels, schools, kitchens, food factories, car rental services, and office buildings, anywhere sterilization and disinfection are needed. Ozone-Producing UV Lamps: Primarily emit UV light at 253.7 nm and 185 nm wavelengths, mainly for decomposing oxidized organic waste gases, wastewater, and grease fumes, achieving deodorization and environmental emissions compliance. They can also be used in hotels, KTVs, rooms, new houses, and new vehicles for sterilization and odor removal. The lamp heads are ceramic, available in G5 double-ended double-pin and G10Q single-ended four-pin options, and can replace the majority of UV sterilization equipment on the market.