Ultraviolet sterilization technology became popular in foreign countries in the 1980s. It is superior to traditional chlorine disinfection because it forms a chlorine compound in water during chlorine disinfection. It is a carcinogen and it also produces Odor. The use of mature UV sterilization technology can completely solve the problems caused by the tradition, and is widely used in various industries.

UV UV germicidal lamp application

1. Ultraviolet rays will seriously damage the skin of the human body, so do not use them in some places. Do not look directly at the lamp in operation with your eyes. Since short-wave ultraviolet rays cannot pass through ordinary glass, wearing glasses can reduce eye damage.

2. Although the intensity of air pressure is still related to ultraviolet light, it does not directly represent the intensity of ultraviolet light. The intensity of ultraviolet light cannot be judged by the naked eye;

3. Ultraviolet rays can only travel in a straight line, and the penetration ability is weak. Any paper, lead glass and plastic will greatly reduce the irradiation intensity. Therefore, the ultraviolet disinfection equipment should be sterilized as far as possible to fully expose the disinfection site to ultraviolet light, and regularly wipe the ultraviolet germicidal lamp tube to avoid affecting the ultraviolet transmittance and the irradiation intensity;

4. Each microorganism has its specific UV killing and death dose standard. The dose is the product of the irradiation intensity and the irradiation time. That is, the dose of ultraviolet light depends on the intensity of the ultraviolet light and the length of the irradiation time. The effect of time and low intensity for a long time is the same;

5. The quartz lamp will slowly age after a period of use, and the ultraviolet radiation intensity will also be attenuated. In order to achieve the effect of thorough sterilization, the ultraviolet disinfection uv lamp should be regularly inspected and replaced.

Ultraviolet sterilization technology is widely used in water treatment industry, hospitals, schools, cinemas, buses, offices, etc. due to its own superiority. Ultraviolet rays generate a certain amount of negative oxygen ions during operation, which not only purifies the air, but also removes musty and other odors.