Germicidal Lights: Can Help Reduce Germs and Improve Your Indoor Air Quality07/29/2015During the spring, summer, and fall, allergies are constantly an issue. No matter when seasonal allergies area a nuisance for you or your family, the desire for relief is neverending. Whether it is mold, pet dander, or some other bacteria that is impacting your indoor air quality, germicidal lights can help decrease the effects of allergies. Germicidal lights may sound a bit unfamiliar because they aren’t often talked about, but they can help decrease the impurities annoying you. Even though they’re hidden inside your system, germicidal lights will keep germs from multiplying. Germicidal lights work by emitting UV (ultraviolet) light rays that can penetrate the cell walls of the pollutants in your air, causing enough damage to stop their growth and their capability to multiply. The lights are also working around the clock, even when your system isn’t running, meaning germs are always being demolished. In addition to all of the indoor air quality benefits you’ll receive, germicidal lights also help your heating and cooling system operate at its best. When mold, pet dander, and other microorganisms pile up in your system, it may inhibit its performance, hurting energy efficiency and could even mean increased energy bills. Getting rid of those pollutants means a healthier system and air that’s more enjoyable to breathe for everyone. Now that you’ve heard about all of the benefits, there’s really no reason you shouldn’t inquire about germicidal lights next time you have air conditioner service done. After all, it does help enhance your air quality and may even help you decrease your monthly energy bills. Keep an eye on our blog if you want more tips on how to maintain indoor comfort levels in your home. From air filtration and air purification to dehumidifiers, the experts at Alltemp Comfort Services LLC know indoor air quality. Schedule an appointment online or call them at 803-318-6995 to take your home’s air quality to the next level.