Advantages and uses of ultraviolet sterilizer

Ultraviolet sterilizer product introduction this equipment for over-flow ultraviolet sterilizer, using the world's leading level of high-intensity odorless ultraviolet germicidal lamps, the simplified body of the inner wall of the food-grade stainless steel after special treatment, so that the pre-treated water flow through the cylinder by the wavelength of 253.7nm ultraviolet light sufficient amount of irradiation, with a good bactericidal effect, because he does not change the physical and chemical properties of water,. So in the drinking water, food, beverage, chemical, electronics, medicine, sewage, water is indispensable to the most ideal ultraviolet sterilizer. The introduction of ultraviolet sterilization principle of ultraviolet sterilizer ultraviolet is a kind of electromagnetic wave, the atom in the electron from the high-energy order to jump to the low-energy order, the excess energy will be electromagnetic wave release. The stronger the energy of electromagnetic waves, the shorter the wavelength, the human eye can see the wavelength of 400nm-780nm (1nm = 10-9m), for the naked eye, 400nm electromagnetic waves show up as a blue, purple, 780nm electromagnetic waves show up as orange, red. Ultraviolet refers to the wavelength shorter than 400nm electromagnetic waves, because of its spectrum outside the violet zone, so the name of the ultraviolet (Ultraviolet, referred to as UV). Ultraviolet through the finger is the wavelength of 100-400nm electromagnetic waves, the human eye can not see ultraviolet.　　100-400nm wavelength of ultraviolet light, according to its impact on the human body and its function, UV-A, UV-B, UV-C and V-UV. UV-A is the wavelength of ultraviolet light in the 315-400nm, UV-A can make the human skin to produce melanin, so that the skin becomes dark. UV-B is the ultraviolet light with a wavelength of 280-315nm, UV-B can cause cancer, wrinkles and aging of the skin. UV-C has a wavelength of 200-280nm, of which the 254nm wavelength has the efficacy of sterilization and disinfection. UV-C wavelength of 240-270nm can directly damage cells, viruses, DNA (deoxyribonucleic acid) and RNA (ribonucleic acid), so that microorganisms die quickly. VUV185nm with a wavelength of 100-200nm produces ozone, which can destroy the cell walls of microorganisms by oxidizing them in the air or dissolved in water, resulting in the immediate death of the microorganisms. All known forms of life on earth are based on DNA and RNA as the basis for reproduction and survival.DNA and RNA are composed of four chemical units A--Adenine Adenine T--Thymine Thymine C--Cytosine Cytosine, Cytosine, Cytosine, and Oxyaminopyrimidine When a cell reproduces, the long strand of the DNA opens, and when it opens, the A units of each long strand of the A unit look for the T units to join together, and each strand of the T unit looks for the T unit. T-units of each long strand will look for T-units to join together, and each long strand can replicate the same chain as the other long strand that has just been separated, restoring the original pre-division intact DNA, which becomes the basis of the newborn cell. Ultraviolet light with a wavelength of 240-270nm can break the ability of DNA to produce proteins and replicate. The DNA and RNA of bacteria and viruses are destroyed, and their ability to produce proteins and reproduce is lost. Because bacteria and viruses generally have a short life cycle, bacteria and viruses that cannot reproduce will die quickly. References: Website: