concept of design:

    There are a wide range of air purifiers on the market. The main requirement is to achieve PM2.5, but the achievement of PM2.5 depends on machines, which can only achieve partial PM2.5. To achieve PM25 in the long-term, everyone needs to be concerned about the environment. Efforts and guarantees to achieve production capacity. A dazzling array of purifiers basically use layers of filters to achieve the purpose of air purification, sterilization and sterilization. Due to the differences in temperature and humidity all over the world, when used in areas with high humidity, if the purifier is not used for a few days, The filter inside the machine is easy to get damp, moldy, and breed germs. If you use it immediately, the bacteria in the filter may walk into your living space with the fan and be inhaled into your respiratory tract. PM2.5 is not achieved. It is achieved by machines, but everyone living on this earth must work together to ensure the environment. To achieve PM2.5 in a local environment, whether it is good or bad for the human respiratory tract in the long-term needs to be demonstrated. Formaldehyde, peculiar smell and toxic gas in the air, bacteria and germs are everywhere, especially we all live in a confined air now, especially in more international cities, pollution from automobile exhaust, industrial exhaust and drainage , People have to close the doors and windows tightly and hide in the air-conditioned room.

    working principle:

    Hot cathode (HCFL) ultraviolet (UVC) lamps are most commonly used in the current market, but their lifespan is only about 2000 hours, and the wavelength of LED UVC only reaches 265- -275 nanometers, and the lifespan is not long. The ultraviolet intensity Also relatively weak. This product is designed to use the current global long-life cold cathode tube (CCFL) UVC+UVD (vacuum ultraviolet) lamp tube. Its working principle is to allow air to generate convective circulation. UVC (254nm) irradiation destroys bacterial DNA to achieve The function of sterilization and sterilization, using the ozone generated by the 185nm wavelength of the lamp itself or adding a photocatalyst, reduces or even eliminates the formaldehyde odor and harmful gases in the air, which can effectively reduce the pathological changes caused by the inhalation of toxic gases into the lungs.