2021-11-12 by hqt
6 Significant Advantages of Using UVC Sanitizer
Human beings are prone to infections emanating from various kinds of viruses, mold, bacteria, and germs. They catch these germs anywhere in their surroundings. Germs do not exist on surfaces only, their existence in the 
air is pretty much the same. A naked human eye cannot see them. Therefore, environmental cleaning and disinfection are two important components to mitigate the risks of microbial contamination. The conventional means to disinfect environments and surfaces do not completely fight against harmful bacteria and germs. In this scenario, the evolutionary development of germicidal ultraviolet lights has played a significant role in eradicating environmentally mediated germs. These UV lights usually comprise UVC, UVB, and UVA possessing varying spectral ranges.
Out of these three UV lights, UVC with a spectral range 200nm to 280nm integrates robust anti-viral and anti-microbial features. It has proven itself in inactivating harmful air-borne bacteria and infectious micro-organisms nourishing on surfaces.
With numerous advantages and a few drawbacks, you can still breathe in a healthy environment by using a UV sanitizer. You can see UV lights in a number of places including super malls, large bus terminals, railway stations, airports, and hospitals. These lights have a high transmission area and an enormous sterilization impact.
These are much easy and convenient to use. UV lights are ubiquitous as an important decontaminant in the wastewater treatment industry. Further, they have already made headway into various sectors of the economy including health and public services.
How Does a UVC Sanitizer Work?
The primary function of this sanitizer is to insulate, disinfect and dry instruments, utensils, and other paraphernalia. . This UV sanitizer works through ultraviolet germicidal irradiation. In this disinfection technique, the UV sanitizer uses short-wavelength UV-C light to inactivate or eliminate microorganisms. It destroys microorganisms’ nucleic acids and disturb their DNA, thereby incapacitating them to execute vigorous cellular functions.
An important point to note is that for successful inactivation, UVC radiation spectrum may vary for different organisms. For instance, 25mJ/cm2 of 254nm UVC radiation can kill rotavirus. On the contrary, a 140mJ/cm2 UVC radiation can inactivate adenovirus. Similarly, American researchers at the Center for Radiological Research at the Columbia University, New York inferred that UVC light sanitizer with a wavelength of just 222nm effectively and securely disables floating human coronaviruses.
Emerging data support the magnificent role of UVC radiation in successfully decontaminating SARS-CoV-2 coronavirus at wavelengths as low as 1.2mJ/cm2.. The latest evidence indicates the significance of UVC application as a robust and effective strategy to prevent COVID-19.
Advantages of Using UVC Sanitizer
The usefulness of UV light sanitizers is contingent to the following scenarios:
a) the power and wavelength of the radiation
b) the duration of time during which a microorganism exposes to UV
c) the ability of the microorganisms to endure UV during exposure
d) the existence of particles that provide safety to microorganisms from UV
However, correct and appropriate use of UV sanitizer can disinfect the environment by killing 99.9 percent of harmful pathogens.
Other benefits of UVC lamp are provided below:
The Most Effective Form of Cleaning Environment:
UVC radiation is remarkably effective and the most viable form of inactivating germs as compared to other UV lamps. This germicidal disrupts the DNA and RNA in germs, viruses, and other living infectious microorganisms. As a result, they become inactive, inoffensive, and cannot reproduce themselves. Resultantly, the air, water and surfaces remain clean and disinfected. Numerous studies have verified that UVC sanitizer is the most effective device to kill fungus and mold. Being a dry method, it eliminates prevailing mold besides avoiding its impending development.
The technology is highly effective at lowering general bacterial counts and importantly more trustworthy than manual disinfection.
The old debate that the environment has got nothing to do with the transmission of infection is rapidly losing credibility. A large number of evidences reveal that every new patient is liable to pose to the risk of inheriting germs. There is a possibility that those germs were the remains of the previous occupant.
Existing researches infer that progress in environmental surface cleaning and sanitization can decrease the pace of infections associated with healthcare. A recent study has revealed the extraordinary quality of this sanitizer in surface decontamination. As a result, the hospitals are widely approving this gadget.
UV Lamps are Safe
Many people fear with the use of UV light. This is because of the general perception that exposure to UV light causes serious health issues. This germicidal lamp is a product of Body Detection Induction technology. This evolutionary technology distinct this product as it will produce a warning sound alerting anyone present in its vicinity. It will stop working until it senses the right mode to operate.
UV light Decontamination is Non-Toxic
A significant benefit of using this sanitizer is that it is non-toxic. It will never adversely impact your health. Being exclusively environmental friendly, it does not incorporate harsh chemicals. In addition, the sanitizer typically cleans the air physically and never uses chemicals to accomplish the task. Such a disinfectant is extremely useful for restaurants that require a hygienic atmosphere, clear from germs and pathogens.
UVC Light Sanitizer Eliminates Antibiotic-Resistant Pathogens without Fight
The medical community routinely suffers from one of the prominent issues of exterminating antibiotic-resistant germs and bacteria. To solve this issue, even medical experts endorse application of UVC light sanitizers knowing their ability to kill bacteria physically. This feature of UV lamp holds significant importance in hospitals and other accommodation facilities. It can serve as an adjunct to routine disinfection.
Affordable Cost of Decontamination
With so many benefits, one may assume that the product comes with a high cost. However, the reality is that disinfecting the environment and workplace with UVC lamp sanitizer is the most economical method. There is no better way of maintaining a healthy environment with a UVC lamp because it uses technology and not chemicals.
The UVC Lamp Sanitizer Doesn’t Require Mobility
An important advantage of using this lamp is that you can enjoy clean air without keeping it around with you. You can use it to sanitize your kitchen, whole lounge, bedroom, or living room. All you need is to install it once at a place where you spend most of the time. You can mount it on the wall, fix it on a trolley, or even mount it inside the ceiling. The sanitizer will do the decontamination without bothering you. You don’t even need to oversee its operation. Whether you are available or not, the sanitizer will continue disinfecting the area.
Caution:
Always remember that human being’s direct exposure to strong UV lamp can cause inflammation to the eyes and serious skin damages. So, in order to keep yourself save from getting permanent vision impairment, avoid germicidal wavelengths of UV lamp. Also, if you wish to use such sanitizer in a room, make sure the room is vacant and no one approaches the sanitizer while it is operating.
The Final Thoughts
As we are vulnerable from unseen pathogens and harmful germs present in the air, maintaining a safer life means disinfecting our living space. Living organisms including viruses, germs, pathogens, and bacteria are defenseless against UVC light.
A UVC sanitizer properly protects our surroundings by killing germs and pathogens through ultraviolet technology. It is the right choice to disinfect ourselves and our environment from various microscopic threats for a happier life. The device is of paramount importance in justifying the cost and benefits of using it against pernicious infections.
