Ultraviolet (UV) light is commonly used as a disinfectant to sterilize water, surfaces, and the air. It is excellent to see how UV disinfection technology works to kill airborne microbes and enhances the room’s air quality. This article explains the process of UV air disinfection.

UV Light Air Purifiers

UV air purifiers are designed to utilize short-wave UV-C light to disable airborne pathogens and microorganisms such as bacteria, viruses, and germs. The prime aim of all air purifiers also known as UV germicidal irradiation or UVGI air purifiers is to reduce indoor air pollutants. This technology is distinct from other air purifier technologies that contain UV light technology and do not apply it directly against air pollutants.

How do UV Light Air Purifiers Utilize UV-C Light?

UV-C light is used in UV Air Disinfection systems, and this light can change the molecules, and the bombardment of UV light on microorganisms destroys their DNA and lead to inactivation. UV-C air purifiers can be established in many ways. The installation of germicidal ultraviolet air disinfection lamps on the walls is a successful UV-C air disinfection method.

Air Disinfection Method of UV Light Air Purifier

UV light air purifiers are a combination of a forced-air system and another filter (HEPA filter). Thus, the UV light of the air purifier works together with other processes for air disinfection. The in-house air is pushed through the unit and ventilated through a chamber with bulbs emitting UV-C light. A UV lamp is usually installed down the filter in an air sterilizer. Several factors like the type of UV lamp, humidity, and temperature determine the performance. UV-C lamps in UV air sterilization systems are silent, and the glow depends on the casing mounted around it, which is invisible to the human eye.

UV-C Disinfection from Virus Armor

The UV-C disinfection products from Virus Armor protect you from viruses, bacteria & germs using the UVGI sterilization method. Our UV-C Disinfection products aim to bestow a cleaner and safer environment by minimizing the risk of disease-causing Viruses.