Making Sense of What Air Filter to Use

You hear terms like MERV, HEPA and more when it comes to air filters but what do they all mean? It can get a bit confusing. In this post we hope to clear up some of the confusion out there and guide you to what air filter is best in some of the more common locations.

First let's look at the types of filters. The two most common are HEPA, which stands for High-Efficiency Particle Air filter. Sounds fancy. Basically a HEPA filter is the top of the line. It is going to capture the most particles and the “bad” things in the air. Next is MERV, which stands for Minimum Efficiency Reporting Values. MERV filters will also have a number after them like 8, 11, 13, 16 and so on. The number is the key component, as this will tell you how effective the air filter is in capturing particles. The higher the number the more it will capture.

At first glance most people would say it is an easy decision to just use the best, highest rated filter for everything. Unfortunately it isn’t that easy. Air filters are a balance of working efficiently and capturing contaminates. What happens is that the higher the efficiency of the air filter, the more restrictive the airflow through the filter.

That brings us to the main point of this post – what air filter to use. This is a little bit of a trick question. The answer is it depends on the situation. Let's take a look at the more common areas of the home that benefit from air filters.

HVAC System: This is a key component of the home and one you definitely want to get the air filters correct in. The HVAC system is going to provide air to the entire home so it makes sense that we want it to be the best it can be. As we stated earlier the temptation is to utilize HEPA filters then sit back and enjoy all that high quality air floating through the home. Sounds great but most current HVAC systems cannot handle HEPA filters. The filters constrict the airflow and can actually cause damage to the system or reduce the life of the system. We are hopeful that as technology advances so will the filtration systems. So what do we do? Enter in MERV. Most systems can handle up to a MERV 11 filter. While not a HEPA filter it still provides high quality filtration and will remove items like Pollen, Mold, Dust, Pet Dander, and Debris. What are missing from this list are items such as viruses, bacteria and allergens. To filter these out you need to move up to a MERV 13 or higher. You should always consult your HVAC professional to see what the highest rated filter your systems can handle is.

Portable Air Filtering Devises: If the HVAC system is unable to remove some of the more hazardous items or you don’t have a central system, we need to turn to other methods. Room level units are a good alternative. Here is where we go for the gold and you should look for a unit that is using a HEPA filter. There are a lot of these units on the market and they have varied effectiveness. You will also see units with added items like UV, IONs and so forth. The jury is still out a bit on the added technology so our recommendation is to focus on the HEPA air filter aspect of the unit. The downside to these units is they typically can only filter small areas (might need one for each room you use) and the filters can get a bit expensive to replace.

Air Intake Units: Many home, especially newer homes are required to have what is referred to as a fresh air intake system. This is typically a fan that brings outdoor air into the home to replace the air being exhausted out the home. While in most cases an air filter is not mandatory, it can make a very positive impact if it is used. This is also a case where your specific situation will dictate what filter should be used. We have already talked about a HEPA filter but here again we are faced with a HEPA filter restricting the airflow to a point where it may render the unit ineffective. That leads to using a MERV filter, but which one? In general outdoor air can be up to 5 times less polluted than indoor air. This is important because it means the air coming in doesn’t necessarily need to be filtered as much as the air inside the home. One big thing is generally you will not be bringing in viruses from the outdoor air. Most times you only need to be concerned with items like pollen, dust, particles and so forth. A MERV 11 or higher will be fine for that. Now if you live in an area that has high levels of pollution like in or close to a large city or in areas of the country that have wildfires, you might want to consider a MERV 16. MERV 16 filters are able to remove items like smoke, smog and even viruses.

So how do we bring this all together? At the root of this is improving indoor air quality. To do this takes a group effort. Just having good filters in your HVAC system won’t be enough just like having only a portable air filter won’t do it either. Developing a strategy is key. Having a proper ventilation system (bad air out) while bringing in filtered outdoor air will greatly improve the indoor air quality. Now add the highest rated filters you can to your HVAC system as well as a portable air filter and you’re onto something. Air King has developed what we refer to as the Total Home Ventilation system that utilizes air intake and exhaust to create a better living environment. To learn more about the system click here. Also make sure to view portable solutions from our Germ Guardian division.

For more information about the indoor air quality of your home and how you can improve it, please read through the many articles we have written over the years. For information regarding Air King exhaust fan and fresh air intake solutions visit airkinglimited.com.

A lot has been made recently about gas stoves and indoor air quality. Claims are being made that gas stoves can cause health issues and should be banned. Not surprisingly this has create a divide with one side saying absolutely and the other with a no way no how.

One of the key issues at the heart of this debate is that gas stoves produce contaminates during the cooking process including nitrogen dioxide as well as PM2.5 (particulate matter). This is true – contaminates are produced. Now we are not doctors so we are not going to get into the debate of exactly what that means from a health standpoint. We will say this, allowing contaminates to permeate your home is never a good thing no matter what that contaminate is.

Here is where we try and take the middle ground of the two sides of this debate. We agree that gas stoves reduce the indoor air quality of the home, but cooking on electric stoves also produces contaminates (maybe not as many but contaminates are still produced). We also understand that gas stoves are the preferred method of cooking for many people. Our solution – ventilation. We realize your first reaction might be “of course, you’re a ventilation company”. Yes it is true we are a ventilation company but let's look at what is happening during the cooking process.

Our first question is would you set a fire pit in the middle of your living room? Crazy – right, the room would be filled with smoke within a matter of seconds causing you to have to evacuate the house immediately. When a gas stove is used, we are in essence doing the same thing. Now the big difference is that a gas stove is a cleaner burning energy compared to wood so there isn’t the immediate build-up of smoke but the contaminates are still being generated. What needs to happen is for those contaminates to be exhausted out of the house. This is where a properly sized and functioning range hood comes in. Simple – bad air with bad things out, good air in.

The next question we pose is if there is a properly sized and functioning range hood that exhausts to the outside over a gas stove, won’t that greatly reduce contaminate build-up in the home? Even in some of the “shocking” studies that are floating around currently, they agree that ventilation is a key way to improve the indoor air quality.

As we stated earlier, we are a ventilation company so we hope you didn’t expect to get through this entire post without us stating we have the perfect solution? Well we do. Air King produces a wide selection of range hood solutions but here is where we get into the “perfect” solution. Of utmost importance is that the range hood vents to the outside, otherwise it is just recirculating most of those contaminates right back into the home. Second is that the range hood is turned on every time the stove is used – even when baking. A big complaint is always the sound level of range hoods. Don’t worry we have that covered and are almost at that perfect solution we talked about. Third is that the range hood stays on long enough to clear any residual contaminates out that might be hanging around after the cooking is done. Now take any range hood (Air King or others) and you can solve for most of these as many range hoods have the ability to vent to the outdoors, some are on the quieter side and if you keep them on, they will clear the residuals. But we are not satisfied with “good”, we want perfect. Enter in the ECQ and LE series from Air King. Here is what makes them perfect. They vent to the outdoors and they operate at very low sound levels. On low speed they are about the sound your refrigerator makes. Even when you need the full power on high speed they are considerably quieter than other hoods. The “perfect” part is these series have a continuous speed that as named runs constantly. Why is that important? This allows the hood to take care of any residual contaminates that are hanging around as well as if there are any slight leaks from a gas stove. The best part is the sound is barely audible at <0.3 sones (what is a sone – click here). These series are ENERGY STAR® certified and also solve for ASHRAE 62.2 which is an indoor air quality code regarding ventilation of homes.

To bring this all to a close, we fully understand that the debate of gas stoves and indoor air quality will probably rage on for a while. Our request/hope is that we look at all the factors involved before we make wide spread decisions based on some knowledge but perhaps not all the knowledge. Main point, vent your range hood and turn it ON!

For more information about the indoor air quality of your home and how you can improve it, please read through the many articles we have written over the years. For information regarding Air King Range Hood solutions click visit airkinglimited.com.

How Is the Air In Your Office or School?

As we turn the calendar to a new year, we unfortunately are not turning the page on the COVID era. While almost all schools and offices have returned to a somewhat normal (however you now define normal) operation, the question still remains – how is the air in the office or school you are working in or sending your children to?

As our knowledge of COVID has increased our methods of combating it have also gotten better. Long past are the days where people in hazmat suits with foggers are going through public space after someone walks in. There has however been some good things. A focus has been placed on the indoor air quality of our homes, our workplaces and our schools. We are also now understanding that increased indoor air quality not only helps in the battle against COVID but also other viruses like the flu and colds.

So what is your workplace or school doing to improve the health of the working or studying environment? These are great questions to ask but, before you storm down to the HR department we want to encourage you to take a minute to stop, relax, and think of how you can be a part of the solution, working with your company or school rather than just demanding answers.

As we have navigated through all of this there have been some things that have been effective and some we thought were going to be effective but were not (Plexiglas dividers, the magical 6 feet, foggers, and so on). The challenge is always to do the best you can with the knowledge you have at the time, then use the test of time to figure out if it is effective. Through all this ventilation, fresh air and filtration have stood out as very effective ways to fight it. These “technologies” have been around for thousands of years so we think it passes the time test.

So using those test of time technologies lets take a look at what your office or school may be doing our could be doing.

Ventilation: Simply defined it is moving stale or contaminated air out of a given space. The most common way is exhaust fans. Many time people think they are only used in bathrooms or kitchens, but they should be used throughout all spaces. A test to see if the space is being properly ventilated is using a CO2 monitor. If you have a room full of people or kids, as they breath the CO2 level of the room will rise if it is not properly ventilated. Another way is the “human” test. Does the space feel stagnant, have smells and so forth. There are multiple ways a space can be effectively ventilated. Adding exhaust fans, air exchangers or utilizing existing infrastructure are some. Depending on the building there can be some low cost solutions or it might require a larger investment.

Fresh Air: Having a source that brings fresh outside air into the space to replace the exhausted air or at least dilutes it. There are basically two ways to do this. One is passive – doing things like opening windows or doors if it can be done without compromising the safety of the building. A second is mechanical – utilizing a fan to bring in fresh air. This can be done in a standalone unit or as part of the HVAC system. One thing to note about bringing in outdoor air is if you are in an area with very poor air quality such as near forest fires or locations with large air pollution, adding a filtration system to the incoming air is an almost must.

Filtration: Having a system in place that removes contaminates in the air, capturing them in a filter. All HVAC systems will have some type of filter with them. Filters are measured by what they can remove from the air. Filters are typically identified with a MERV rating. A quick explanation of the MERV number is the higher it is, the more effective it will be in removing particles from the air. Filtration is an extremely effective way to fight viruses as it removes them from the air. This goes back to our statement that if the virus is not there, it can’t infect you. We mentioned HVAC systems having filters but sometimes the system cannot handle higher MERV filters without compromising the effectiveness of the HVAC system. This is where portable air filters come into play. Generally room level air filters or air purifiers are very easy to add and in a lot of cases do not cost a lot of money. Utilizing something like the Lasko FF305 Air Flex is a quick and easy way to filter air in office spaces, classrooms or at home. There are additional technologies out there for improving indoor air quality but some of these have not be fully proven yet. You can read more about these in one of our earlier blog post.

Our goal is to give you the tools to create the best possible working, learning and living environments possible. If you have a good ventilation system with a source for air exchange (fresh air coming in) and are filtering the air within the space, you are well on your way. We encourage you to have open and productive conversations with your workplace, school board and so forth to find out what they are doing to ensure these items are taking place.

For more information about Air King’s line of ventilation solutions including exhaust fans, range hoods and fresh air intake, visit airkinglimited.com. Also check out our other posts about ventilation and indoor air quality.

Ventilation Past Present and Future

If you have ever been in Barcelona and have had the opportunity to visit La Pedrera (Case Milà) built by Antoni Gaudi in the early 1900’s, one of the interesting facts is how Gaudi integrated natural ventilation into his design. Gaudi was a man ahead of his time but he understood that ventilation, even in the early 1900’s was an integral part of the health of the home and it’s residents.

Internal courtyards were integrated into the design of La Pedrera. Each courtyard allowed the residents to open windows inside their apartment for a source of fresh air and cross ventilation as each apartment had access to a courtyard as well as an outside (façade side) window.

If we go back even further we see ventilation coming into play in the 17th century when King Charles I of England decreed that all ceilings must be 10 feet high and windows must be higher than wide to increase ventilation. I guess we can attribute the first building code to Charles the 1st. As we skip though time we see ventilation become more prominent with windows, open courtyards, additional chimneys and so forth.

Then came the big innovation – the advent of what is known as mechanical ventilation. This includes bathroom exhaust fans, kitchen range hoods as well as air intake to assist with the ventilation and balancing of the home. These items became code and are now commonplace in almost all homes across the United States and beyond. They are also required as part of the national building code, which is a great thing.

Unfortunately there has been a recent trend where the importance of ventilation was put to the side a bit as the importance of energy efficient homes was brought to the forefront. It wasn’t that ventilation was forgotten, it was just not as important. The issue was that to build a “tight” home, you didn’t want any air leakage in or out. If you were removing air, you had to replace it and replacing the air caused you to have to condition that air – using more energy. Thankfully it was recognized that while having a tight home with minimum air leakages is great for your energy bill it is not great for your health. Now we are understanding that we need a balanced approach to make sure we have proper ventilation while still maintaining the energy efficiency of the home. This means taking control of the air coming in and out of the home using exhaust fans and air intake products.

As we look to what is next for ventilation, it is great to see that the importance is permeating into our workspaces as well as our residences. More and more offices and public building are realizing there is a responsibility to provide a healthy and safe space. Part of that is making sure the air that is being breathed in those spaces is the best it can be. There have been many studies done showing that a properly ventilated office can actually increase productivity and decrease the number of sick days taken by employees. The interesting thread through the history of ventilation is the simplicity of it – remove the stale indoor air and replace it with fresh air. The methods have changed over the years but the principles have stayed the same.

For more information about Air King’s line of ventilation solutions including exhaust fans, range hoods and fresh air intake, utilize the menu links at the top of this page. Also check out our other posts about ventilation and indoor air quality.

You have probably heard it said one way or another that the first step in fixing a problem is identifying the problem. The same holds true with our home’s indoor air quality (IAQ). Home contaminate identification is the first step on the path to improving it. Here is a list of our top 5 contaminates:

1. It sounds a little silly but one of the largest sources of contaminates in our homes is us. We breath, we bring in contaminates from the outside on our clothing (pollen, dirt, dust, etc.), viruses and so forth. Other than never leaving the house and stopping breathing (not really an option), there isn’t much we can reduce. Maybe leave the dirty shoes outside before coming in the home but not much more. What we need to look at is how to mitigate. A regular cleaning schedule is a good start. Using natural cleaning agents that do not give off harmful gasses is a must, otherwise you might be doing more harm than good. Also a good vacuum cleaner with a HEPA filter will prevent you from putting all the “bad” stuff right back into the room. Lastly, having a good system in place to ventilate the home as well as bring in fresh air is a must. The ventilation fans will help remove contaminates replacing them with fresh air coming in.
2. The kitchen and cooking. While there might be some out there that never use their kitchen, our guess is the vast majority do. Cooking is one of the top contributors to bad indoor air quality. You have steam, grease, smoke (some of us more than others) and all kinds of other contaminates generated during the cooking process. If these are not mitigated it cannot only be bad for the indoor air quality, it could also be dangerous. The good news is there is a simple answer – your range hood. Ideally, your range hood should vent to the outdoors rather than return the air to the kitchen after going through a filter. In previous blog posts we listed a lot of reasons why people do not use their range hoods. Moral of the story – USE YOUR RANGE HOOD!
3. You might say – wait, you just told us to clean our homes in the first point. You are correct, but we need to focus on the way to properly clean. Cleaning agents are some powerful things. If you have ever used toilet bowl cleaner, the smell can knock you back a bit. It does its job but it is also giving off more bad gases than you probably want to know about. The same holds true with a lot of the other items we use to clean – furniture polish, bleach, laundry detergent and the list goes on. So we know we need to clean but how do we do it without negatively affecting the IAQ of the home. There are a lot of “natural” cleaners on the market today. We are not necessarily endorsing these as so many make claims but after a little investigating are not as advertised. What we do advocate is utilizing the exhaust fans of the home when cleaning. Do you turn the bathroom exhaust fan on when you clean? If not you should. Even turning the kitchen range hood when you are cleaning in or around the kitchen will help. Slightly opening a window when you can is another easy and effective way to bring fresh air in, diluting the concentration of cleaners.
4. The bathroom. This is another area of the home that is a necessity but can also have a negative effect on your indoor air quality. When we shower it produces moisture. Moisture leads to mildew which leads to mold, which is bad. For the sake of those around you, please continue to shower but lets look at ways to reduce the moisture generated. The number one thing you can do is to properly utilize the exhaust fan. A properly sized and functioning exhaust fan will greatly reduce the amount of moisture in the room. Without moisture it is very hard for mold and mildew to grow. The key is making sure your fan is powerful enough and runs long enough. Exhaust fans have progressed a lot in the past few decades and now you can get them with integrated humidity sensors that automatically turn the fan on when the humidity rises and then turns off when the humidity drops. A mistake many people make is not running the exhaust fan long enough after a shower or bath. In some cases it might take more than an hour to clear out all the humidity that has built up. Air King has a full line of effective and affordable humidity sensing exhaust fans. Opening windows is another solution but you need to be careful. Not sure if you live in a northern state you want to open windows in the middle of winter, same holds true for southern states in the middle of summer.
5. Candles, incense, diffusers. This is probably the one that gets the most push back. We are writing this blog at the beginning of November right in the heart of pumpkin spice season. We enjoy a nice smelling candle as much as the next person but we need to stop and think about what is happening. When we light a candle, or more accurately, burn a candle it is releasing all types of contaminates as well as scents. At its root, we are burning something that releases carcinogens into the air. You might see “Clean burning candles” but generally all that means is the wax gets burned up with the candle instead of dripping all over everything. Another one is “naturally made”. This is great, but it still needs to be burnt. Wood is “naturally” made but if you light a bonfire in your living room, you’re going to have some problems (okay, maybe a little extreme but you get our point). Now if you still want to light candles, a way to lessen the impact on your indoor air quality is to utilize them in well-ventilated areas. Taking a bath? Make sure the exhaust fan is on. If using in the main living area, is there a way to have a flow of fresh air coming in to dilute it?

BONUS: Pets. Yes we love them as they are part of the family but they can be a menace to the indoor air quality of the home. There is the dander, the hair, what they bring in on their fur (pollen, dirt, etc.). Don’t get us wrong, we love pets but it is important to have a strategy to keep their impact on the indoor air quality of the home as little as possible. Oh and guess what, pets benefit from good IAQ as well. The good news is the strategy with pets is mostly the same as the other items we have been talking about, cleaning, proper ventilation and good airflow.

Now, if you have been paying attention, you probably noticed a common theme through all of these points on home contaminate identification – ventilation and fresh air. If you can properly ventilate your home while replacing the stale “bad” air with fresh, your indoor air quality will be the best it can. Now also add in regularly changing your air filters if you have central heating/cooling, you’re really going to see a noticeable difference.

For more information about Air King’s line of indoor air quality solution including exhaust fans, range hoods and fresh air intake, visit airkinglimited.com. Also check out our other posts about indoor air quality.

When is the Cooking Done?

You just finished making your favorite meal for the family and you are about to sit down to enjoy it, but is the cooking done? The first thing you might ask is, do you mean is the meat done or are the vegetables fully cooked? Those are good questions to ask but we are asking if the cooking process is done from a ventilation standpoint.

A mistake a lot of us make is that we immediately turn off the ventilation system as soon as the food comes off the cooktop. The problem with that is the pots and pans we have been using are still emitting contaminates into the air. Think about it, let's say you are sautéing vegetables in a pan. During the cooking process they are emitting items like grease, steam, carcinogens and so forth. All of those items are also gathering in the pan itself. Now you transfer the food to a plate and are done – right? Not really, the pan is still hot and still emitting those items. Sometimes it is really easy to see this playing out as steam or smoke is still coming off the pan even after we have taken everything out. Even the cooking surface it still going to be sending off contaminates as it is still at a high temperature.

Some will depend on what type of cooking you are doing but in general you want to keep your range hood running for 10 to 15 minutes after the cooktop has been turned off. This will give ample time for all of the contaminated generated during the cooking process to be ventilated out. It will also provide enough time for the pots/pans and cooking surface to cool to a point they are no longer producing contaminates.

So why do so many of us turn the range hood off immediately after the active cooking is completed? Our guess is it comes down to one main reason – sound. We get it. Most of the range hoods out there are just plain loud. Here is where we have some suggestions. First, if you are in the market to replace your range hood or are thinking about a kitchen remodel, there are a lot of quiet options when it comes to range hoods. Air King has models that are almost as quiet as your refrigerator.

If a replacement is not in the immediate future, look to use the speed control of your range hood. Almost all range hoods have at least two speeds. During the active cooking process you’ll probably want to use a high setting to effectively clear out as much of the contaminates as possible. Once the active cooking is done, there are less contaminates being released so you can go down to a lower/quieter speed while still effectively ventilating. For the ultimate in kitchen ventilation, Air King offers continuously operating range hoods that operate at an almost silent sound level then have higher settings to effectively clear the air. You can learn more about them here.

A second reason some might be quick to turn the range hood off is energy usage. If the range hood is running, it is using electricity. This is true but once again, we have some answers for that. In general range hoods are fairly efficient as far as appliances go. The good news is that there are many models on the market today that are ENERGY STAR® certified and use a significantly less amount of energy than a traditional range hood, in some case up to 30% less. The lighting can also make a measurable difference. An ENERGY STAR certified range hood is going to use LED lighting, which is usually not more than 11 watts. A traditional hood might use up to 100 watts or more. Now here’s more good news. Even in a traditional hood, changing the lighting to LED is a simple process that can reap immediate benefits without a full kitchen remodel. While the ventilation should run for additional time, the lighting does not need to. You can turn the lighting off at anytime you want, it will not affect the exhaust function of the range hood.

So we come back to the question of when is the cooking done? Our goal of this post it to get you thinking about all the factors that go into ensuring good indoor air quality within your living space as well as getting you to look a little deeper into how you utilize the tools you have.

For more information about Air King’s line of quiet and efficient range hoods, visit airkinglimited.com. Also check out our other posts about continuous operating range hoods and the benefits of range hoods.

Do Fans Cool?

The topic of do fans cool is one that has been debated for decades. As with all debates there are two sides to it. When we say fans, we are referring to products like box fans, pedestal fans, pivoting fans, window fans and so forth. Let’s also get this out of the way from the start – we are a fan manufacturer so our opinion might be slightly bias. What we hope to do in this post is to give you the information to make your own determination.

Why People Say Fans Do Not Cool

This is a fairly simple answer. You will hear fans referred to as “air circulators” because that in essence is what they are doing – circulating the air. The types of fans we are talking about do not have any refrigerant or “cooling” devices attached to them, they simply move the air from one area to another. Because of this there is no temperature change in the air itself. This is more of a scientific answer to the question of do fans cool? So when they say that fans do not cool, technically they are correct. Before you stop, read on for the rebuttal.

Why People Say Fans Do Cool

Scientist make a strong argument that fans do not cool but there are two ways that we hope to show you that they do indeed cool. The first is in a room. In this scenario we can actually use scientific methods to show that fans do cool a room. Here is how they accomplish that.

1. In any room heat will build up in certain areas – generally in the upper parts of the room as heat rises. Utilizing a fan to distribute the cool air and to disperse the hot air in the room can have an overall effect of cooling the room. This could be an actual temperature change that can be measured or could be a perceived temperature change (more of temperature perception later). Once again, the fan is not cooling the air, it is using the cooler air in one part of the room to cool the warm air in another.
2. Another way that fans can be used to cool a room is by bringing cool air from one part of the home to another. A prime example of this is when fans are used in harmony with air conditioning. Most air conditioners including central air systems are going to have variations from room to room. Think about your home, is there one room that is always hotter than another? Just like in our first point, using a fan to move that cooler air from one room to another will give you a consistent temperature in your home. In theory this should actually lower your cooling cost. Generally if you have hot and cold rooms, you need to over cool some rooms in order to make the other “warmer rooms” livable. If you have a consistent temperature throughout the home, your AC unit(s) will run less.
3. The last way a fan cools a room is utilizing cooler outdoor air. Window fans are a great example of this. During the daytime, the temperature of the home will rise and it will either be very hot inside, or you will need to run your AC unit. During the evening and nighttime hours however the temperature outside might drop below the temperature inside the house. The issue is just opening windows generally doesn’t bring the outside air in quickly enough to make a significant change. Using a window fan speeds the process along. As we have a theme going, the fan is not cooling the air, it is bringing the cooler outdoor air and exchanging the warmer indoor air.

Next we move to perceived cooling. Perceived cooling is simply making your body think it is cooler. A perfect example of this is if you stand outside on a hot, sunny day and there is no breeze. It probably doesn’t take long for your body to tell you it’s hot. Now stand out in those same conditions but now a nice breeze starts to blow and all of a sudden your body feels cooler. The temperature of the air hasn’t changed – it’s the same but for some reason your body feels cooler. Now there is a scientific reason for this in that the air is removing the warm moisture (sweat) build up on the skin which is how your body is cooling itself. We’re not going to get too far into that – a Google search can help you understand that process. The point is that our bodies perceive that it is cooler even though the temperature is not. Using a fan is the “breeze” that tricks our bodies into thinking it is cooler, making it more comfortable.

So where does this leave us in the debate of Do Fans Cool? We agree that if you want to get down to the technical level, fans do not cool. However we hope we have given you enough information to combat that argument with a yes, but….

To learn more about the air circulating fans that Air King offers including box fans, pedestal fans, window fans as well as industrial grade fans and more, visit airkinglimited.com.