Life tips: let you know Ultraviolet ray
Ultraviolet (UV) is a short wave of invisible light. The electromagnetic spectrum of ultraviolet can be divided into 3 types namely UVA, UVB and UVC. UVC can effectively sterilize (wavelength range 200-280nm, also known as 253.7 UV because of the wavelength). Peak value of 253.7nm. ), Sterilization theory: After the genetic material (DNA or RNA) of pathogenic bacteria absorbs UVC, UVC quantum can destroy one or more chemical bonds of nucleic acid molecules, resulting in the death and mutation of bacteria or viruses . In addition, ultraviolet radiation can also affect many bacteria and viruses. The activity of enzymes affects the metabolic synthesis of proteins or nucleic acids by changing the structure and function of protein molecules, and can also weaken the toxicity of bacteria or viruses, and even kill them.
Wir alle wissen, dass Sonnenlicht die billigste, bequemste und direkteste Sterilisationsmethode ist. Tatsächlich verwenden wir die ultravioletten Strahlen der Sonne nur als Werkzeug für Keime. Es ist nicht nur praktisch, günstig und umweltfreundlich, sondern hinterlässt auch keine Rückstände. Es ist die wirtschaftlichste und umweltfreundlichste Sterilisationsmethode. Aber der einzige Nachteil ist, dass Sie es nicht kostenlos bekommen können. Auch die Sonnenlichtentkeimung ist gerechtfertigt und auf gutes Wetter angewiesen. Außerdem macht UV-Licht nur 13 % des Sonnenlichts aus, das die Erdoberfläche erreicht. UVA beträgt etwa 97 %, UVB etwa 3 %, UVC wird fast durch Ozon isoliert und Sonnenbrand besteht nur aus UVA und UVB. Zum Wohle der Menschen verwenden die Menschen normalerweise spezielle professionelle Techniken, um UVC-Lampen herzustellen und sie dann zu erhalten.
Sterilization efficacy:
UV germicidal lamps built in the sterilization can emit ultraviolet of wavelength 253.7mm which is easily absorbed by proteins, nucleic acids of bacteria and viruses, making protein denatured and dissociated, making nucleic acid form thymine dimer and damaging the DNA and RNA structure of various viruses and bacteria, resulting in the death of bacteria and viruses finally. Typical bacteria and viruses for example:
Bacteria (over 18 kinds), such as E. coli, Bacillus, Escherichia coli, gram Lver Shi bacteria,
tuberculosis bacteria, marked Joseph’s bacteria, salmonella, etc;
Mildew (more than 8 kinds), such as blue mold, black mold, mildew hair, dung fungi;
Class viral (over 10), such as hepatitis virus, influenza virus, polio virus and so on.
Lethal dose of UV-C on a variety of bacteria and viruses
Features
1 Double sterilization: This product includes dual sterilization–UV and ozone, avoiding defect of the single sterilization method.
2 Efficient thorough sterilization: ozone is diffuse gas, making up the inherent disadvantages of UV sterilization that there are many dead corners the UV cannot sterilize, so the sterilization methods are more efficient and thorough.
3 removing the odor: Ozone with strong oxidation can quickly oxidize chemicals with decomposition odor features, which can get excellent results for the odor removal, especially like mold, fishy and foul odors.
4 Fresh air: ozone oxidation reactions with a variety of inorganic and organic compounds can clean air, remove fatigue and refresh your brain.
5 Environmental protection: Without any harmful residues, because of strong oxidation,excess ozone can be completely reduced to oxygen molecules in 0.5 hours.
Ozone sterilization principle
Ozone is a strong oxidant, and its sterilization process belongs to biochemical oxidation. There are three forms of ozone sterilization:
1 Works directly with bacteria and viruses, destroying their cells, DNA and RNA, disrupting bacterial metabolism and causing bacterial death.
2 liters of ozonolysis can oxidize the enzymes needed to oxidize the glucose inside the bacteria, cutting off the bacteria’s energy supply and eventually causing the bacteria to die.
3 Through the cell membrane tissue, as the cell invades, it works with the lipoproteins and lipopolysaccharides of the outer membrane to lyse and kill the bacteria due to permeability distortion.
Principle of ozone air purification
1 ozone because of their strong oxidization can quickly oxidize and decompose odor chemicals to remove the odor, especially for the removal of mold, fishy, foul odors.
2 ozone because of their strong oxidization can occurs oxidation reaction with a variety of inorganic materials (such as sulfur compounds, cyanide, etc.) and organic (such as toluene, xylene, formaldehyde, hydrogen sulfide and some unsaturated hydrocarbon compounds, etc.),so as to refresh air.
Scope of application and best usage:
1 kitchen and bathroom and other bacterial abundance and breeding grounds, pet living place
2 living room, conference rooms and other public places where diseases spread easily. UV air disinfection within such places can prevent the spread and prevalence of respiratory diseases.
3 wards, operating rooms, mobile medical service vehicles and other environment requiring higher disinfection(mainly air disinfection). Infectious dwelling places’air, clothing, cooking utensils and some commonly used items. In smaller single ward irradiation for 30 minutes to 1 hour is equivalent to 27 times ventilation.
4 newborn infant’s skin is very tender and can easily be infected with harmful bacteria, while the infant’s clothing is often contaminated with manure and other contaminants repeatedly, so bacteria can easily multiply. Coupled with the baby wrapped,air circulation is poor, so the possibility of being infected will greatly increase, thereby infant utensils, clothing and baby room air disinfection can not be ignored.
5 entertainment places, basement and where air is not smooth, no sunlight and damp, disinfect effect is particularly prominent.
Using methods:
1 Recommendation: The UV sterilizer hung up on the table or on the ground, as it is exposed to the maximum range of the space required to be sterilized.
2 when air disinfection, leave the room in time after turning on the power.
3 disinfecting the surfaces of objects, the lamp should be paralleled with the surfaces, turn on the power and promptly leave.
4 cautions: when light disinfection is working, the skin and eyes of animal and human should avoid direct contact with the light in case of damage.
Notes:
1 The surface should be regularly (generally once every six weeks or so) wipe with the alcohol swab gently to remove dirt and grease on the tube top, reducing the impact of dirt and grease on UV penetration.
2 room should be kept clean when UV disinfection is working,cause UV can not penetrate the shadows with cover.
3 UV impervious surfaces such as paper, cloth, etc., only the side with direct rays can achieve the purpose of disinfection, so flip on time to receive a dose of irradiation on each side.
4 Installating and moving lights, be sure to turn off the light switch first, then pull and plug the power cord, otherwise it will cause an instant high-pressure shock to lead the tube burned.
5 The lamp can radiate intense 253.7nm UVC,so turn off the light to complete the disinfection after 0.5-1 hours. In the absence of protective measures, the ultraviolet rays can cause direct harm to the human body, please disinfect in the absence of human and animals.
6 Ozone with pungent,is not suitable when people are in the site. So when ozone disinfection, people should leave the scene and rubber products should be covered or removed out side.
7 If the product or the power cord is damaged, in order to avoid dangerous, it’d should replaced by the professionals in their maintenance department or similarly department of the manufacturer.
8 Used only indoor.
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