You must be properly trained and use the products only as directed. Why should a lighting company care so much about radiation? Stouch Lighting sells UV-C products that kill 99.99% of pathogens in the air and on surfaces. This is why we don’t discontinue using x-ray machines. Like any technology, will radiation from an x-ray machine cause harm? We have safeguards to ensure that radiation from x-ray machines doesn’t cause harm. However, as long as the equipment is properly used, the UV-C technology’s benefits outweigh any risks. To sum it up, UVC radiation from artificial sources would be harmful. However, the exact range of UVC used by different products can vary. UVC generally covers wavelengths between 100 and 280 nm. Not all artificial UVC sources work at the same wavelength. The benefit of killing up to 99.99% of pathogens using, for example, personal protective equipment far outweighs any UV exposure. When used correctly, germicidal UV-C Lighting can be operated in unoccupied spaces with safety controls. It takes a lot of training to become a welder they are prepared for this risk. Wearing the right protective gear will reduce your UV exposure. However, welding torches are essential for certain jobs. This is still a very dangerous form of radiation. However, modern tanning beds do not use UVA radiation. Avoid exposing yourself to dangerous radiation. Tanning beds, for example, are dangerous and unnecessary and should be avoided. These are some common sources of UVC radiation from artificial sources:Īll artificial UVC forms are not equal in terms of risk/reward. Since the sun’s UVC radiation doesn’t penetrate the earth’s atmosphere as it does, all forms of UVC radiation are artificial. It’s not as damaging as UVB, but it has the longest wavelength.Įven though UVB is very rare, it can cause skin cancer. Because it isn’t blocked by the atmosphere, almost all UV exposure to this wavelength occurs. UVA is the most hazardous based on the amount of exposure. Exposure to UVC from artificial sources is not a danger. UVC is completely absorbed into the atmosphere by the earth, so it’s not a danger to most people. UVC, the highest-energy portion of the UV spectrum, is considered the most dangerous. Which type of UV radiation is most dangerous? This question is often asked, but there’s no good answer. Use broad-spectrum sunscreen, wear UPF clothing and sunglasses, block UV rays with umbrellas, car shades, and apply UPF clothing. Protect yourself from UVA rays and UVB rays. Glass and clouds can cause damage to your windshield or on overcast days. UVA rays are known to tan skin quickly and can be linked to cancer. Because it penetrates the skin’s layers (through the dermis layer), this radiation causes skin ageing, such as spots and wrinkles. UVA, the longest wavelength, penetrates the most deeply and causes the greatest amount (upwards to 95%) of UV radiation passing through the earth’s atmosphere. Skin cancer is strongly linked to UVB rays. The strength of UVB rays depends on the season and time of year. In as little as 15 minutes, it can damage the epidermis layer of your skin.
Although the skin’s ozone layer mostly absorbs it, about 5% of it still goes through. UVB, the second-shortest wavelength, is responsible for sunburn. UVC radiation is a concern for those who work with artificial UVC sources, such as welding torches, mercury lamps, and germicidal UVC lighting. While UVC is not naturally found in the earth’s atmosphere, it can be used to cause damage if used improperly. They don’t penetrate the earth’s atmosphere at all. However, the UVC radiations from the sun don’t penetrate the skin and are therefore not a danger to anyone. UVC is considered the most dangerous due to its short wavelength. Unfortunately, UVC can’t penetrate the earth’s atmosphere. The more dangerous the UV radiation, the shorter the wavelength. UVC is the most short-wavelength of all three UV forms.
While UV rays can have some benefits, such as encouraging vitamin D production in people, it is important to be cautious because each type of UV has its risks. Man-made UV rays can also be found in products like welding torches and tanning beds. The differences between the three types of radiation will be explained, and we’ll then talk about how UVC can be harnessed in artificial lighting products to kill germs. UVA, UVB and UVC are all forms of UV light rays.
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