THE DIFFERENCE BETWEEN UV LIGHT AND BLACK LIGHT
When seeking for the best answer for their filtration and sanitization needs, consumers might occasionally become perplexed by the debate between UV light and black light. In addition to the backs of limos and dim nightclubs, nearly every forensic-themed crime program on television comes to mind when we think about black light. But what exactly is black light, and does it have characteristics with UV light? The moment has come to put the black light vs. UV light controversy to rest once and for all, whether you're looking for a more affordable water sterilization option or want to dust for fingerprints.
What Differs Black Light from UV Light?
Although it is well known that both black light and UV light generate a purple or violet tint, this has much to do with how we as humans perceive color given our rather constrained visual range. Because of the red receptors in our eyes, both forms of light are just a little bit beyond that spectrum, and violet is the final color we can see. What makes the two different, then?
Black Light
Black light, or UVA light as it is sometimes known, is a form of ultraviolet light that produces ultraviolet radiation in the UVA band. As far as UV radiation is concerned, these rays are the least hazardous because of their low intensity and long wavelength. Although you shouldn't look at a black light for too long, UVB and UVC light are the most dangerous forms of light known to cause sunburns and even skin cancer. Though it does make white garments appear really awesome in the dark, black light doesn't have the same potency as UV light in sterilizing and filtering applications.
Ultraviolet Light
Contrarily, UV light is made up of UVA and UVB radiation but not UVC light. Technically, UVC light would be the most dangerous and destructive of all, but it doesn't get to the surface of the Earth since it is absorbed by the ozone layer, making it harmless here. The misunderstanding between UV light and black light appears to be caused by UVA and UVB radiation, however the differentiation is rather straightforward. Surfaces, water, and even air may be sterilised thanks to the combined power of the two. This is caused by a mix of the two, but particularly by UVB rays, which have a medium wavelength and can harm our skin's DNA more severely.
Using UV Light for Water Filtration
UV light sterilization kills germs in a manner similar to how it would harm our skin. Because the potent UVA and UVB rays may destroy these tiny pollutants, viruses, bacteria, fungus, and other undesirable particles, UV light is widely used in many sectors of the water treatment industry. Fewer chemicals are required to get the same effect when UV light is used in these applications, which lowers costs, produces better water for drinking, fish farming, and many other uses, as well as more environmental sustainability.
When you require a UV filter, go for Aqua Ultraviolet.
At Aqua Ultraviolet, we work to offer solutions that will enable you to reduce the amount of chemicals you use and instead rely on the ability of ultraviolet radiation to create clean, safe water. Aqua Ultraviolet provides solutions to assist you accomplish your desired result, whether you're trying to sterilize drinking water, water for aquariums, pools, or ponds, or whether you want better air in your home or business. Order today by browsing our UV selection!
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