93 Fascinating Details What Is Negative Ion Air Purifier

This time, we’re going to talk about What Is Negative Ion Air Purifier. There is a lot of information about ABOUT NEGATIVE ION PURIFICATION- IONIZATION on the internet, of course. Social media are getting better and better quickly, which makes it easier for us to learn new things.

Ionizer Air Purifiers: Everything You Need to Know and Indoor air quality and treatment are also linked to information about Ozone Air Purifier. As for other things that need to be looked up, they are about negative ion air purifier dangers and have something to do with How do Air Ionizers Work?.

93 Interesting Facts What Is Negative Ion Air Purifier | negative ion air purifier side effects

• “Ionisers may become a powerful weapon in the fight against hospital acquired infection,” says clinical microbiologist Kevin Kerr, another team member. “People had focused on getting doctors and nurses to wash their hands and had not looked at anything else.” - Source: Internet
• In the early 2000’s the Ionic Breeze air cleaner received unfavorable reviews. This was from a result of improved air cleaner testing. And then had a spat with the Consumer Union. - Source: Internet
• People often ask us do ionic air purifiers work. It’s a good question. It can be confusing trying to determine if an air ionizer purifier is best for your needs or if another type of air purifier would be better. We’ll tell you about the pros and cons of ionic air purifiers, but first let’s start with the basics. - Source: Internet
• Virtually all particles in the air have a positive charge, while negative ions have a negative charge. In which case, negative ions and particles magnetically attract to one another. When there is a high enough concentration of negative ions in the air, they will attract to floating particles in large numbers. This causes the particle to become too heavy to remain airborne. As a result, the particle will fall out of the air, preventing it from being inhaled into the respiratory tract where it can trigger breathing and health problems. - Source: Internet
• Our bone of contention here now is that if the cloud of negatively charged ions is released into the air, is it safe to inhale them into our body system i.e., are air purifiers with ionizers safe? Yes, they are but it depends on the type of ionizer producing it. - Source: Internet
• We live in homes. Homes that have other things in them like cleaning supplies and nail polish that give off fumes. These fumes when in contact with technologies like PCO or ionizers can produce ozone. - Source: Internet
• According to the Environmental Protection Agency, there is no standard way to measure the effectiveness of an air ionizer purifier, since it does not capture and collect particles the way mechanical air filters do. Therefore, there is really no way to know how well they work. The bottom line, for us, is that we want something we know is going to be effective. - Source: Internet
• In many cases when you buy a HEPA air purifier it will also have a negative ionizer. This is done to give a boost to the air cleaning performance. If you do not want a negative ionizer your choices among brands are limited. The - Source: Internet
• Gaseous pollutants: Ionizers do not remove gaseous pollutants, VOCs or odors from the air. They are designed only to remove particulate pollutants from the air, so they are not effective at all for removing gaseous pollutants. Ionizers can produce ozone as a side effect, and ozone can have an effect on gaseous pollutants (and not necessarily a beneficial one). We will discuss ozone in more detail shortly. - Source: Internet
• It is common for ozone to be produced as a by-product of the charged plates. Ozone is considered indoor air pollution. We see this often with car air purifiers and it’s not what you would expect from an air purification system. - Source: Internet
• So there you have it, with this information you should be able to now know what an air ionizer is used for. As you can see they have many helpful roles in not only keeping the air clean but also improving our well-being. Be careful of ionizers that create ozone (steel needle, membrane, plasma) if you plan to do ionic therapy at any point. - Source: Internet
• At a certain stage of our life, healthy living becomes our topmost priority. Even in a bid to get that healthy life, we are too careful not to risk our well-being. Air purification by ionizers in air purifier is one of the recommended ways of getting air cleansed. - Source: Internet
• Charged particles are attracted to particles or surfaces with the opposite charge. This causes the particles to clump together, forming larger, heavier particles that settle out of the air onto nearby surfaces. Alternately, particles can be attracted to, and stuck to, charged surfaces like carpet or curtains that have gained a positive charge through static electricity. Electrostatic air purifiers take advantage of this fact by providing a positively charged collector plate that attracts particles. Regular ionizers do not have a plate, so the particles end up on the floor or stuck to the curtains somewhere else in the room. - Source: Internet
• HEPA Filters – HEPA is an acronym that stands for High Efficiency Particulate Arrestance. This filter is a staple and the minimum standard in all air purifiers. HEPA filters are known to be effective for particulate matters like mold spores , pollen, and dust. - Source: Internet
• The research team conducted a series of experiments on the operation of a commercially available in-duct bipolar ionization device. Lab tests were conducted with air sampling of particulate matter and gases in a large semi-furnished chamber and in a field test with an ionizer device installed in an air handling unit serving an occupied office building. The research also found that despite small changes in particle concentrations, there was very little net effect on the overall concentration of PM2.5 in the air. According to the EPA, particulate matter contains microscopic solids or liquid droplets that are so small that they can be inhaled and cause serious health problems. - Source: Internet
• Electrostatic precipitators function by releasing negatively charged ions into the room via corona discharge. Then the ions attach themselves to the positively charged ions for them to be collected over the filter plate which can be wiped off the plate later. This is the most common forms of air purifier with ionizer in the market. - Source: Internet
• If you want to remove particles such as dust, pet dander, pollen or mold spores from the air in your home, HEPA filters are a decent option, known for their efficiency and track record. If you have problems with gaseous pollutants, including fumes from paint or out-gassing from carpets or furniture, or simply want to get rid of bad smells, a carbon filter will do a good job for the most part. However, carbon filters also need regular changing, and are not effective against particulate pollutants. There are units on the market that contain both HEPA and carbon filters. Molekule even offers ozone-free air purifiers. - Source: Internet
• Below we give some history and break down the differences between the two types of air purifiers. We explain why HEPA air purifiers are ideal for you in almost every instance. Especially if you want clean, fresh air. We will also share some secrets of the air purifier industry related to air ionizers. - Source: Internet
• The research team conducted a series of experiments on the operation of a commercially available in-duct bipolar ionization device. Lab tests were conducted with air sampling of particulate matter and gases in a large semi-furnished chamber and in a field test with an ionizer device installed in an air handling unit serving an occupied office building. The research also found that despite small changes in particle concentrations, there was very little net effect on the overall concentration of PM2.5 in the air. - Source: Internet
• An ionic air purifier, sometimes referred to as an ionizer, ion generator or ozone generator, emits electrically charged molecules called ions into the air. These charged ions attach themselves to particles of dust, mold, pollen, pet dander and other allergens and irritants in the air. That charges the particles so that they will attach to each other, making them larger and heavier so they settle faster. It also makes them cling more to surfaces like walls, floors and furniture. Then there are fewer particles drifting around in the air that can be inhaled. - Source: Internet
• Times without number, there has been a significant argument about the safety of air purification using ionizer. This even led to misinformation on many blogs about how harmful air purifiers can be to your health. You should consider this statements as a falsified content because no research as ever concluded that air purifier hurt anyone. - Source: Internet
• In the early 2000s the Ionic Breeze ionizing air purifier was sold by Sharper Image in shopping malls across the U.S. It was a new way of using technology to purify air, and for a while many people bought into the hype. But Consumer Reports tested the Ionic Breeze and found it ineffective at purifying air (and later, potentially dangerous because it generated ozone). Sharper Image sued Consumer Reports’ parent company but lost, and the company in turn faced a class action lawsuit before eventually going out of business (although the Sharper Image brand name lives on). - Source: Internet
• An air purifier uses physical filtration to capture particles in the air so that you don’t breathe them in. An air purifier circulates the air in a room to send it through the filter, which captures particles as small as 0.3 microns in size. HEPA — high-efficiency particulate air — filters in air purifiers are more limited than ionizers because they can’t remove smaller particles, but they still remove 99.97% of the dust, allergens and microorganisms in the air that contribute to respiratory problems. - Source: Internet
• This ozone then penetrates the odor cellular structure. It also penetrates fungus and bacteria, rupturing the walls. This leads to the oxidation of the contaminants, and they are reduced to great levels. - Source: Internet
• Early in 2005, consumer report gathered claims that they researched air beeze’s ionized air purifier to contain a high amount of ozone level that could be very dangerous to the health of consumers. This made people had the knowledge that instead of purifying the air, air breeze could have polluting it but no accurate fact was established. This led to the crash of the market in 2008 after a lawsuit was filed against the company which pushed it into bankruptcy. - Source: Internet
• The FDA has established an ozone standard of 0.05 ppm for air purifiers. This means an air purifier must produce less than 0.05 ppm. - Source: Internet
• It comes by no surprise that many of these questions about air purifiers safety are as a result of the technology behind its invention, i.e., the use of ionizers and the controversy about Ionic breeze back in the days. - Source: Internet
• Electrostatic precipitators have positive and negative charged plates. Particulates collect on the plates as they pass through the air purifier. Rather than having to replace the filter, you must wash or clean the plates. While it is beneficial from a cost standpoint, you give up a lot in performance compared to a HEPA filter. - Source: Internet
• Air purifiers are also more expensive than ionizers. They can cost up to twice as much initially, and you need to replace the filter twice a year. When considering the cost of ownership, it’s important to factor the cost of new filters into your decision. - Source: Internet
• You may even be able to smell ozone if you have brought a new air purifier in the house. Ozone smells like the outdoor air after a nearby lightning strike, and is usually noticeable at low levels. However, prolonged exposure can cause you to become “nose blind,” and it may go unnoticed for some time. - Source: Internet
• Recent studies reveal that indoor air has up to five times more pollutants than outdoor air. These pollutants are known to cause allergies and other respiratory diseases. And with the COVID-19 pandemic, the threats have just become a lot more serious. This has led many to consider the choice between an air ionizer vs air purifier; read on to find out which is right for you. - Source: Internet
• In everyday operating conditions, ions added to occupied environments such as a school or office building can react with other compounds present in indoor air, which can potentially lead to the formation of harmful byproducts such as formaldehyde and ozone. Ions can also rapidly bind to other gases and spur the formation of new ‘ultrafine’ particles, which are known air pollutants. But little independent data exists on these mechanisms. - Source: Internet
• “We don’t fully understand how it is working, but we suspect it is damaging or killing the bacteria,” says Beggs. “But if the ionisers are cleaning the air in this way, we would expect to find more precipitation of acinetobacter on surfaces and this is exactly what we found.” - Source: Internet
• The home air purifiers in this category are perfect for removing odors, cigarette and cigar smoke. The ozone ionizers don’t clean allergens, and dust like the HEPA air purifiers do. The purifiers under this category make use of two steps in the cleaning process, - Source: Internet
• When we say HEPA filters, we mean real HEPA filters. There is a standard called the MERV ratings scale that rates air filters in the US. The scale goes from 1 to 18, with 18 having the highest efficiency. - Source: Internet
• Both chamber and field tests found that an ionizing device led to a decrease in some volatile organic compounds (VOCs) xylenes, but an increase in others, most prominently oxygenated VOCs (e.g., acetone, ethanol) and toluene, substances commonly found in paints, paint strippers, aerosol sprays and pesticides. According to the EPA, exposure to VOCs has been linked to a range of health effects from eye, nose and throat irritation, headaches, loss of coordination and nausea, to damage to liver, kidney and central nervous system, and some organics can cause cancer in animals, some are suspected or known to cause cancer in humans. - Source: Internet
• “Without peer-reviewed research into the health impacts of these devices, we risk substituting one harmful agent for another,” said Stephens. “We urge others to follow guidance from organizations like the U.S. EPA and ASHRAE, which generally recommend the use of established, evidence-based measures to clean indoor air, including high efficiency particle filtration and enhanced ventilation, in addition to face coverings and physical distancing, to help reduce airborne transmission of COVID-19.” - Source: Internet
• “Manufacturers and third-party test labs commonly demonstrate their product’s effectiveness using chamber tests, but these test reports often don’t use experimental conditions that could show how the device actually performs in real-world conditions,” said Brent Stephens, Chair of the Department of Civil, Architectural, and Environmental Engineering at Illinois Tech. “To the extent that there are testing standards for ionization and other devices, those are largely industry-led standards that remain underdeveloped at this point, focused mostly on ensuring just one pollutant, ozone, is not generated during operation.” - Source: Internet
• The filter-less air purifiers simply do not remove the particulates effectively. They do not do a good job removing the smallest, most dangerous particles. These are the particles that float in the air for hours or days and can be breathed deep into your lungs. - Source: Internet
• Source: http://www.newscientist.com/article/dn3228-air-ionizers-wipe-out-hospital-infections.htm#.U3oNtSjzcr1 - Source: Internet
• Almost all ionic air purifiers generate negative ions that cling to positively charged particles in the air. Some of these products have collection plates meant to collect the larger particles as they come back through the unit, but most allow the clinging particles to simply fall where they may. The allergens are out of the air, but still pose a threat resting on carpets, drapes, or even people. Nothing is really being cleaned, the particles just become too heavy to remain airborne. This can give those with asthma or allergies a false sense of security and an increased occurrence of allergy related migraines. - Source: Internet
• The air purifier filters that we make are all in the MERV 16-17 range. The Finn, OV200 and Max are MERV 16. The mod is MERV 17. - Source: Internet
• Particles less than 2.5 micrometers in diameter, also known as fine particles or PM2.5, pose the greatest risk to health as they can get deep into your lungs and some may even get into your bloodstream. Numerous scientific studies have linked fine particle pollution exposure to a range of health impacts, including premature death in people with heart or lung disease, nonfatal heart attacks, irregular heartbeat, aggravated asthma, decreased lung function, irritation of the airways, coughing or difficulty breathing. - Source: Internet
• Ionizers that use any type of membrane, plasma or steel needle are therefore not the best choices because they all do release ozone. There are ionizers on the market that do not release ozone. Those are the kind you should be looking to get if you plan to do ionic therapy. - Source: Internet
• For air cleaning performance, HEPA air filters are the best technology. They remove the most airborne contaminants as well as the most dangerous particulates. Besides, HEPA filters become more efficient over time. Meaning they remove more with use. - Source: Internet
• Both chamber and field tests found that an ionizing device led to a decrease in some volatile organic compounds (VOCs) including xylenes, but an increase in others, most prominently oxygenated VOCs (e.g., acetone, ethanol) and toluene, substances commonly found in paints, paint strippers, aerosol sprays and pesticides. According to the EPA, exposure to VOCs has been linked to a range of health effects from eye, nose and throat irritation, headaches, loss of coordination and nausea, to damage to liver, kidney and central nervous system, and some organics can cause cancer in animals, some are suspected or known to cause cancer in humans. - Source: Internet
• The ozone testing is done at a certified test lab in the US such as Intertek. This is an extensive test with measurements taken in many places on the air purifier. As you can see in the picture below. The negative ions can travel in different directions. So, many measurements. - Source: Internet
• The primary difference between air purifiers and ionizers is the way each device removes contaminants from the air. With air purifiers, HEPA filters trap particles inside of a filter, so you need to replace the filter regularly. Ionizers don’t have filters because they emit electrically charged particles to remove contaminants from the air. It’s important to understand that this doesn’t eliminate those particles completely from the environment. - Source: Internet
• In everyday operating conditions, ions added to occupied environments such as a school or office building can react with other compounds present in indoor air, which can potentially lead to the formation of harmful byproducts such as formaldehyde and ozone. Ions can also rapidly bind to other gases and spur the formation of new ‘ultrafine’ particles, which are known air pollutants. But little independent data exists on these mechanisms. - Source: Internet
• HEPA filters can last you up to a year. Beyond that, it’s recommended that you replace them which costs money. This makes choosing HEPA vs ionizer the more costly option. - Source: Internet
• In nature, negative ions are generated by processes such as sunlight, lightening, waves from the ocean, and from waterfalls. “Concrete Jungles” minimize the natural production of negative ions by disrupting the delicate electrical balance between the atmosphere and the earth. Ionizer/ionic air purifiers recreate them with electrode pins (“needlepoints”) to electrically produce negative ions. This method produces a density that is many times higher than the negative ion level found at Niagara Falls, the highest natural producer of negative ions and one of the healthiest environments in the world. - Source: Internet
• Ionic and HEPA air purifiers are designed to improve indoor air quality. They are different in their effectiveness. And it’s not close. - Source: Internet
• Selecting the best home air purifiers is always a great idea. With the best, it becomes possible to deal with odors and smoke. They can also help deal with food odors, body odors, and pet odors. - Source: Internet
• Here are the results of the ozone test for the Finn air purifier. Results far below the 0.05ppm standard (about 99% less). - Source: Internet
• It is commonly argued that most negative-ion producing air purifiers don’t create enough ozone to be harmful. It is true that these products are regulated by the EPA, who sets a standard of a maximum of 50ppb for acceptable ozone levels. However, the state of California determined that other factors, such as the type of construction materials used in building the home, can increase the overall ozone being breathed in by the home’s inhabitants. This means that even though a product is deemed safe, it could be dispersing harmful amounts of ozone in your air. - Source: Internet
• The testing is performed for 8 hours with many measurements taken. To pass an air purifier must be less than 0.05 ppm. - Source: Internet
• Airplanes use HEPA filters. That’s because they are great in removing bacteria as well as other tiny particles. They get a bad rap sometimes. On a plane the issue has more to do with whether they are moving enough air. Or your neighbor who coughs on you. - Source: Internet
• Meanwhile, the ion generators release ions into the air via corona discharge or UV ray, for it to cleanse the air without making use of any filter plate. Only few ionizer air purifiers in the market make use of this technology. You can identify them by the absence of a filter plate. But where do the dirt get attached to, It’s your bed, table, corners of the ceilings etc. - Source: Internet
• Ionizers are not especially efficient anyway. Fanless models clean a relatively small amount of air, and even models with fans have low clean air delivery ratings (CADR). On the plus side, small, fanless models are very quiet and easy to move from room to room. - Source: Internet
• Most of these jargons are built on what happened to the ionic breeze in 1990s. In case you don’t know, Ionic breeze company was the first set of air cleaner line been produced by the sharper image. Back in the days, sharp image sold a great ton of this air cleaner and the product was really appreciated by consumers. - Source: Internet
• “Without peer-reviewed research into the health impacts of these devices, we risk substituting one harmful agent for another,” said Stephens. “We urge others to follow guidance from organizations like the U.S. EPA and ASHRAE, which generally recommend the use of established, evidence-based measures to clean indoor air, including high efficiency particle filtration and enhanced ventilation, in addition to face coverings and physical distancing, to help reduce airborne transmission of COVID-19.” - Source: Internet
• Some of the air ionisers have been guilty of this especially the HEPA air purifiers. To this fact, the U.S environmental protection agency gives a standard range of ozone emissions that can be consumed by the people. This is shown in the table below - Source: Internet
• According to the EPA, particulate matter contains microscopic solids or liquid droplets that are so small that they can be inhaled and cause serious health problems. Particles less than 2.5 micrometers in diameter, also known as fine particles or PM2.5, pose the greatest risk to health as they can get deep into your lungs and some may even get into your bloodstream. Numerous scientific studies have linked fine particle pollution exposure to a range of health impacts, including premature death in people with heart or lung disease, nonfatal heart attacks, irregular heartbeat, aggravated asthma, decreased lung function, irritation of the airways, coughing or difficulty breathing. - Source: Internet
• Ionizers are also called “ionizer air purifiers,” “ionizing air purifiers,” “air ionizers,” “ion generators” and “ionic air purifiers.” Additionally, there are air purifiers called “electrostatic air purifiers,” or “electrostatic precipitators,” which work similarly to ionizers (we will explain these differences when relevant). For simplicity, we will refer to all these types of ionizing air purifiers as “ionizers.” - Source: Internet
• Ionizers send ions into the air that interact with particles and increase their atomic weight. Rather than filtering these particles out of the air, an ionizer makes them too heavy to stay suspended in the air. Contaminants as small as 0.1 microns either fall to the floor or land on other surfaces throughout the room. - Source: Internet
• You should be very careful of air ozonizers that are labelled as air purifiers. You check the specification to be sure that it doesn’t emit ozone and if it does, it doesn’t go above 0.05ppm or 50ppb. - Source: Internet
• HEPA air purifier is best when searching for the best air purifier for dust, asthma, and allergies. This can go a long way in controlling different elements within the home. For more about negative ion air purifier function and negative side effects of air purifiers,you can pay a visit to Olansi China at https://www.olansimy.com/ for more info. - Source: Internet
• In addition to not really being effective at reducing allergens, these air purifiers can cause more harm than good. The PCO (photo catalytic oxidation) technology’s ionization process works much the same as naturally occurring lightning (also known to trigger migraines). Through the generation of negative ions only it creates ozone and releases it into your indoor air. - Source: Internet
• An air ionizer is an electrical device that emits positive and/or negative charges into the air. The majority of air purifierswith an ionizer create negative ions and that means they have a negative electrical charge. The air purifierswith filter-less plates have a series of negatively charged plates and neutral or positively charged plates to attract the negatively charged particles. - Source: Internet
• In the 1990’s, ionic air purifiers were popular. In particular, the Sharper Image Ionic Breeze. There is a similar model, the Ionic Pro air cleaner. - Source: Internet
• Many models are less costly than some other types of air purifiers, although the cost for any type of air purifier varies depending on the model you select. They are typically compact and easily moved from one room to another; some are very small and actually designed for cars. They are easy to care for and have no filters to be cleaned or replaced periodically. - Source: Internet
• A problem with this approach is it the particles don’t discriminate in what they attach to. It could be the carpeting, walls, your clothes and worst case - your lungs. For mold spores, you really don’t want them floating and then sticking to the walls. You want to catch them in the room air purifier. - Source: Internet
• Ionizers use high voltage to give an electrical charge (usually negative) to either particles that move through the ionizer, or to molecules in the air. These charged molecules are called ions, and the ions will then stick to particles. In either case, the end result is particles with an electrical charge. - Source: Internet
• This photo shows the sterilisation effects of negative air ionization on a chamber aerosolised with Salmonella enteritidis. The left sample is untreated; the right, treated. Photo taken in a lab operated by the United States Department of Agriculture. - Source: Internet
• Ozone purifiers use oxidation to get the job done. Ozone is a gas that occurs naturally and results from nature when oxygen molecules are cut by lightning. The ionizer purifiers work by passing air on an ozone plate that is electrically charged. This current then passes through oxygen and breaks it into ozone. The ozone ionizer produces a clean thunderstorm smell which is ozone. - Source: Internet
• According to the Environmental Protection Agency, air ionizer purifiers are usually better at charging small particles in the air than larger particles. Since people often have particles of various sizes polluting their indoor air, this can present a problem. In addition, they produce small amounts of ozone, which is actually a lung irritant and also detrimental to the environment. While some people with respiratory conditions may find their conditions improve with use of an ionic air purifier, some may actually develop additional breathing problems. - Source: Internet
• Ionizers that use an electrostatic collector plate are more efficient—in fact, they are quite good at removing particles from the air. However, this efficiency only lasts as long as the collector plate is clean. As it becomes saturated with particles, efficiency drops drastically. Electrostatic precipitators also draw a lot of electricity. - Source: Internet
• One of the risks that ionizers present is the emission of ozone. Most ionizers produce small amounts of ozone when emitting charged particles. Some people are sensitive to ozone and may have an adverse reaction to elevated ozone levels in their homes. If you’re one of these people, an ionizer won’t be right for you and could worsen respiratory irritation. - Source: Internet
• To even shock you, negatively charged ions are all around you in our environment. They are often emitted in great amount whenever there is a strike of lightning and thunder or even a rainfall. These are also researched to be involved in mood improvement and energy increment. - Source: Internet
• When picking the best olansi air purifiers, there are different things that one should beat in mind. For instance, an ozone option is not a good pick for anyone dealing with respiratory issues such as asthma. Ozone can irritate the mucus membranes and lungs, especially when the ozone level is not well adjusted and remains high. Picking high-quality negative ion air purifiers can bring great advantages to the home. - Source: Internet
• HEPA air filters need replacement at some point. This is for the sake of ensuring you are getting a high level of air cleaning. As the filters collect particles like pet dander, mold spores, pollen, and other airborne allergens, the airflow resistance will increase. This results in less airflow through the filter and lower air cleaning performance. If the filter is clogged it will have a difficult time in moving the air to clean your room. - Source: Internet
• Needlepoint ionization is the most common form of ionization, and it involves particulates are charged with negative ions. The negative ions then attach to particles in the air such as animal dander, dust-mite allergens, pollen, dust, and smoke. When this happens, the particles are forced to drop out of the air to the ground, and they can be vacuumed later. - Source: Internet
• The environmental test chamber where researchers conducted air purifier experiments. (a) is the exterior with instruments set up outside, and (b) is inside the chamber with mock-up furnishings and materials. Credit: Illinois Tech - Source: Internet
• As you might have already started to suspect, air ionizer is used in both preventive and curative roles. Preventive role comes from negative ions picking up and removing all harmful particles in the air. As a result, we get clean air and in the process protect our lungs and health as no harmful particles can enter our bodies anymore. But when we already inhale allergens, viruses and other bacteria, air ionizer becomes a curative tool since negative ions also have beneficial effects on our body, as described in the paragraph above. - Source: Internet
• Ionizers don’t require you to change a filter, so they’re easier to maintain if you don’t mind dusting or vacuuming regularly to clean the particles that fall to the floor. If the presence of ozone isn’t a problem for you, they’re a viable alternative to air purifiers. Ionizers also purify a larger area than HEPA air purifiers and can eliminate smaller particles from the air. - Source: Internet
• If you’re concerned about the presence of mold, viruses or bacteria, there are additional options to consider that are designed specifically for air sanitization. Installing a UV light in your HVAC system might counter most of the microorganisms that make people sick. A UV light air sanitizer doesn’t filter particulates from the air, though, so it won’t help if you suffer from allergies. - Source: Internet
• This is great news because air pollution is becoming a bigger and bigger problem each year. More and more people keep getting sick and ultimately die because of it. Do not even get us started on how unclean the air is indoors. - Source: Internet
• There are many mail orders, internet businesses, chain stores, and department stores that offer inexpensive air cleaners because they bear washable fibers such as polyester. In many cases, these are desktop air purifiers that bear a low exchange rate. This exchange rate is not enough to clean air, even in small rooms. - Source: Internet
• “Manufacturers and third-party test labs commonly demonstrate their product’s effectiveness using chamber tests, but these test reports often don’t use experimental conditions that could show how the device actually performs in real-world conditions,” said Brent Stephens, chair of the Department of Civil, Architectural, and Environmental Engineering at Illinois Tech. “To the extent that there are testing standards for ionization and other devices, those are largely industry-led standards that remain underdeveloped at this point, focused mostly on ensuring just one pollutant, ozone, is not generated during operation.” - Source: Internet
• The mod air purifier we make does not have an ionizer. Our OV200 HEPA air cleaner also does not have a negative ionizer. And no unwanted ozone. - Source: Internet
• Check out the California Air Resources Board’s research “some devices could produce unhealthful levels of ozone in more realistic conditions … secondary reaction products such as formaldehyde may contribute to the health burden as well.” - Source: Internet
• While this looks great on paper there is only one issue – the vast majority of ionizers produce ozone. Ozone is great in the atmosphere because it protects us from UV-B radiation from the sun. However, ozone is harmful if we directly inhale it because it can damage the lungs when we inhale it. Even a small amount of inhaled ozone can cause pain in the chest area, irritations, coughing and shortness of breath. This is why it is absolutely necessary that we choose an air ionizer that does not produce any amount of ozone! Only then we can safely start doing ionic therapy to combat allergies and asthma. - Source: Internet
• There are actually two types of ionic air purifiers. Electrostatic precipitators and air ionizers. In both cases these are “filter-less " air cleaners. They are also known as an electronic air cleaner. - Source: Internet

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