![]() ![]() Negative ionization or negative ion technology has been used for many years both widely used in home’s and industrial environments to clean the indoor air. The ions will than react with the pollutants to weigh the pollutants down, allowing them to settle onto the surfaces in the environment. Ionization machine or ionic air purifiers also work through negative ion formation to emit a steady stream of these ions into the air to form a reaction that makes pollutants attracted to the ion molecule in the air. Negative ions can and will occur naturally in some environments, especially near waterfalls or after rain, leaving a positive effect on humans, animals, and even in the environment due to the pure air created from the negative ions. An ion is formed when their outer electron shell is full, and this occurs when they have eight electrons in them – these can either take on a negative or positive charge. These electrically charged particles have the same electronic structure as noble gases, and metal atoms will form a positive ion, whereas nonmetal atoms will form negative ions. Ions are electrically charged particles that form when atoms lose or gain electrons in the air space. Ions are the key component to the ionization technology used for air filtration, however, to understand how the technology works you will first need to know what an ion is and how it is formed in the environment. In this article we are going to learn more about negative ion filtration technology and discuss alternative air purification options that may be superior for your indoor environment’s air than ionic air purifiers. Are ionization air purifiers still a safe option to use for air purification and how exactly do negative ions in air purifier work? This technology has experienced and been the center of many controversial claims and issues, specifically regarding the emission of ozone from the ionization process. Negative air ions or ionization was discovered more than 100 years ago and has since been widely used in many filtration solutions including air purifiers and filters. From ozone technology, to carbon and activated carbon, and even the popular negative ion (ionization) technology – along with some new competing air purifier technologies, the air purifier choices have expanded drastically! Over the years there have been many advancements and additions to this industry that has made not only the ability to clean indoor air spaces much easier but with the added difficulty of many decisions to be made when it comes to selecting the ideal air purifier technology that is both safe and effective for the environment and for human health. Cleaning your home’s indoor air and even the air inside of a commercial/industrial space has never been as easy as it is today. ![]()
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