What Are the Advantages of Deep Ultraviolet LED Lamp Beads?

With the development of science and technology, deep -ultraviolet LD replaces the original application technology and products with broad market application prospects. We compare the deep ultraviolet LED with some of the products replaced by its products. Low -pressure mercury lamps are sterilized, but because mercury is likely to cause harm to the environment, researchers have always hoped to find excellent environmental environmental alternatives. Deep ultraviolet rays are a shorter wavelength of ultraviolet rays, which are more efficient to kill bacteria and viruses. Although the total output power of traditional mercury lamps is large, the unit area output light is very weak, only one percent of 280 nanometer ultraviolet light emitting diode. Therefore, the deep ultraviolet 280 nanometer band LED is more suitable for fast disinfection than traditional mercury lamps, and the equipment volume is particularly small. Conventional UV lights: Conventional UV lamps Due to the needs of their working principles, compared with LEDs that belong to semiconductor products, they are large in size and require high pressure. In addition, although the total output power of conventional water and silver lamps is high, the unit area output is strong but weak, only one percent of 280 nanometer ultraviolet light emitting diode. Therefore, the deep ultraviolet 280 nanometer band LED is more suitable for fast disinfection than traditional mercury lamps, and the equipment volume is particularly small. Mercury: Compared with the material of aluminum nitride (Algan) materials, the deep ultraviolet LED has the advantages of strong, energy saving, long life, and mercury -free environmental protection. Today, LED lighting is red and purple, and the harm of blue light has also entered people's vision, which has aroused many discussions in the industry. How big is the harm of Blu -ray? There is no conclusion yet. So the deep ultraviolet LED hurts the human body? New Century LED network reporters learned on the Internet that the dangers of blue light can completely ensure that the deep ultraviolet deep -ultraviolet and deep ultraviolet rays are absorbed by the human body actively and efficiently. Therefore, deep ultraviolet sockets and plastics have no conclusion in daily life. UV traditional output mercury