The pulse strong light ultraviolet air sterilizer adopts pulse strong light sterilization technology. The air first passes through the pulse strong light area to kill bacteria, and then the small amount of ozone generated during the sterilization process is converted into oxygen through ozone conversion technology through a catalytic box.

Against the backdrop of the current global pandemic, people's demand for air sterilization and disinfection is becoming increasingly urgent. The pulse xenon lamp ultraviolet air sterilizer, as a new type of air disinfection technology, is gradually receiving widespread attention. This article will provide a detailed introduction to the working principle, advantages, and application prospects of a pulse xenon lamp ultraviolet air sterilizer. Firstly, let's understand the principle of pulse xenon lamps. Pulse xenon lamp is a light source that uses a high-voltage electric field to excite xenon gas and generate high-intensity pulsed light. Its working principle is that under the action of a high-voltage electric field, xenon gas molecules are excited and emit ultraviolet radiation, among which ultraviolet radiation with a wavelength of 254 nanometers has extremely strong bactericidal ability. This technology converts electrical energy into light energy without the need to add any chemicals, making it a green and environmentally friendly disinfection method. The working principle of a pulse xenon lamp ultraviolet air sterilizer is to irradiate microorganisms in the air with high-intensity ultraviolet radiation generated by the pulse xenon lamp. Ultraviolet radiation can damage the DNA or RNA structure of microorganisms, causing them to lose their reproductive ability, thereby achieving the goal of sterilization. In addition, the instantaneous high-intensity light of pulsed xenon lamps can penetrate the cell wall of microorganisms, causing changes in their internal structure and further enhancing their bactericidal effect. Compared to traditional ultraviolet sterilization technology, pulse xenon lamps have the following advantages: 1. Efficient sterilization: Pulse xenon lamps can generate high-intensity ultraviolet radiation in a short period of time, and have a high killing rate against bacteria, viruses, and other microorganisms in the air. 2. Broadband sterilization: Pulse xenon lamps emit ultraviolet light with a wide wavelength range, which can kill various types of microorganisms, including some microorganisms that are resistant to traditional ultraviolet sterilization techniques. 3. No need to add chemicals: The pulse xenon lamp uses a high-voltage electric field to excite xenon gas and produce ultraviolet radiation, without the need to add any chemicals, and will not produce secondary pollution, making it environmentally friendly. The application prospects of pulse xenon lamp ultraviolet air sterilizer are very broad. In the medical field, it can be used for air disinfection in operating rooms, wards, ICUs, and other places to reduce the risk of hospital infections; In public places, such as shopping malls, cinemas, and public transportation, the risk of virus, bacteria, and other microorganisms spreading can be effectively reduced; In the home environment, it can be used for indoor air purification to ensure the health of family members. In summary, the pulse xenon lamp ultraviolet air sterilizer, as a new type of air disinfection technology, has advantages such as high efficiency, environmental protection, and broad-spectrum sterilization, and its application prospects are very broad. We have reason to believe that in the future, pulse xenon lamp ultraviolet air sterilizers will play an increasingly important role in ensuring human health.