Maintain Your Indoor Air Quality While Cleaning Your Home

Cleaning your home is something we all do. Some of us more than others, but it is a fact of life that our homes need cleaning. In general, cleaning and indoor air quality do not go together. The chemicals, scents and additives in many cleaning products are not conducive to good indoor air quality. Yes, your room might smell like lemons and flowers, but that typically comes with off gassing and other particulates being added to your air. There is hope however and we will take a look at what can be done to eliminate or at least lessen the negative effects of cleaning your home. Sorry, you will still need to clean, but let’s do it with less negative impact on your indoor air quality.

Use Natural Cleaners

There are a lot of cleaners on the market that claim to be natural. When we refer to natural cleaners, we are looking for ones that do not have dyes or perfumes added. That is generally where the “bad” stuff is located. There are three challenges to natural cleaners however. First, they are generally more and sometimes significantly more expensive than traditional cleaners. This can cause many people to move towards more traditional cleaners. Second, many just don’t clean or disinfect as well as traditional cleaners. Third, it is hard to determine which ones are actually natural. It seems like everyone says their products are all natural, yet when you look into it, you see a whole list of additives or you find out that what makes it a “green’ cleaner is they put it in a recycled bottle.

Ventilate While You Clean

One of the best strategies you can have no matter what type of cleaners you are using is to ventilate as you clean. Most homes will have at least one exhaust fan (bathroom exhaust fan or kitchen range hood). Utilizing an exhaust fan as you clean will help to remove the particulates being released into the air. Going room by room, here is how that would look:

Bathroom

Turn on the exhaust fan and leave it running for about 30 minutes after you are done cleaning. That will help to remove the initial release of chemicals during cleaning and any residuals after. If you don’t have an exhaust fan in the bathroom, open a window if the weather allows.

Kitchen

If your range hood vents to the outdoors, turn it on. As with the bathroom, this will remove the initial and residual release of chemicals. If you do not have a range hood that exhausts to the outside (many just recirculate the air back into the kitchen), open a window or door if possible. Something to keep in mind is the range hood can be very effective for removing particulates from cleaning the range, but also the floors, counters and other areas of the kitchen. We can sometimes think the range hood is only for the cooking surface, but it is also very effective for the other areas of the kitchen as well.

Laundry Room

This is a tougher one as many laundry rooms do not have ventilation fans in them. While we recommend that one be installed, we also understand that the costs and logistics of doing so, might be a deterrent. If an exhaust fan is not possible, opening a door or window if possible will help.

Other areas of the home

Many of us think, laundry room, bathroom and kitchen in terms of cleaning, but the rest of the home needs cleaning as well. That might be using a hardwood or tile cleaner on the floors, shampoo on the carpet, furniture polish and so forth. All of these can give off particulates. Opening a window or door if possible is a good first step, but have you considered the exhaust fans? Generally, these areas are in close proximity to an exhaust fan. Think about turning your range hood on when you are cleaning the living room right next to the kitchen. Turning the exhaust fan in the powder room on when you are cleaning the hallway. What about the exhaust fan in the master bathroom while you are cleaning the bedroom? The goal is to get the bad stuff out of the house and using exhaust fans is a very effective way to do so.

BONUS NOTE: Some will say to utilize a portable fan like a box fan while you are cleaning. While this would be effective to remove the particulates from the room, the issue is where are they going? If you are able to put the fan in the window and have it blow outside, that is very effective as you basically just created a very large exhaust fan. Even if you have the outside air coming in, you are at least diluting the particulates and making the air better to breath. The trouble comes when you are just pushing the particulates to other rooms of the home. Now instead of negatively affecting the indoor air quality of just one room, you are contaminating multiple rooms. Fans can be affective, just keep in mind where the air is moving and are you providing a way for the air to exit the dwelling.

The goal of this post is to get you thinking about what you can do (small or large) to better your indoor air quality while cleaning your home. Some of the items are very simple, some more involved. Ask yourself, what can you commit to do to make sure the air you are breathing is the best it can be. For more information about exhaust fans and range hoods, visit airkinglimited.com.

What indoor air quality strategies do you have in place to make your home a healthier place to live? This might not be a question you have asked but one that your home would benefit from. Creating a healthy living environment involves looking at all aspects of the home and how you live in it. Here are 5 strategies to consider that will help to improve your indoor air quality.

Have a Moisture Strategy

Controlling the moisture in your home is a critical aspect of a healthy home. Too much moisture can lead to mold and mildew growth and if not controlled can cause a wide range of health issues. For most of us, when we think of moisture in the home we immediately jump to the bathroom and using the shower. While the shower is a major contributor to moisture in the home, there are other areas that need addressing as well:

Kitchens – Most homeowners don’t think of the kitchen as a source of moisture but it can quickly become one both from usage and maintenance. Things like boiling water, making coffee and most everyday cooking will produce moisture. If not properly mitigated, this moisture will build up over time and can cause some serious issues in your home. Using a range hood is one of the easiest solutions. A second source of moisture is a maintenance issue. That leaky pipe under the sink, the little puddle of water around the fridge, or the water that always seems to be around the faucet all can turn into something much bigger if not taken care of right away.

Laundry Rooms – With bathrooms and kitchens, many homes across the country have some type of strategy to remove moisture. Whether it is an exhaust fan, range hood or something else. When it comes to the laundry room, it can be a forgotten area. Laundry rooms produce moisture from items such as wet clothes, washers that might leak a little or from utility sinks. Making sure to clean up any spills, drips or puddles is important, but having an exhaust fan in the laundry room can have a real positive effect on your indoor air quality.

Basements – In many homes, the basement has become a living space or at least an area that is occupied as a laundry room, home gym and so on. Many basements also have a moisture issue. If your basement has a bit of a smell, feels humid or you can actually see water, you will need a strategy to mitigate the moisture. Some strategies might be easy, something like utilizing a dehumidifier. Others might be more advanced like installing a sump pump or needing to waterproof the walls.

Have an Exit Strategy

No, we are not talking about a way to exit your home. We are talking about a way to exhaust the air out of it. Home ventilation is a very commonly overlooked item. Making sure to have exhaust fans in all of the bathrooms, power rooms, kitchen and even the laundry room is a first step. Exhaust fans will remove the moisture we just talked about above as well as other contaminates that build up in the home. Just breathing in your home will cause stale “bad” air to build up. This is the reason why building codes across the United States now require a continuously running exhaust fan in a central location of the home. This is sometimes referred to as a wholehouse exhaust fan. The purpose is to ensure the home has a constant source of ventilation to remove all the contaminated air that occurs from normal everyday living.

Have a Replacement Strategy

We just talked about a strategy to remove air, now we need one to replace it. When using an exhaust fan, it will create a negative pressure in your home as it draws the air out. To balance the pressure, the home will replace that exhausted air however it can. In older homes it will be from air leaks in the home. The common name for this is drafts. Things like open doors or windows are another place that air can come in. These are all fine, but you as the homeowner do not have control over them. In newer homes, there aren’t as many air leaks and if all the doors and windows are closed, the home is still going to find a way to balance. This can lead to air coming back through things like chimneys, heater flues and other locations you really don’t want air coming back in the house from. In both old and new homes, having a strategy for replacement air (otherwise known as fresh air or make-up air) is a must. A mechanical solution is your best option as it puts the control into your hands. A fresh air machine like the Air King QFAMD provides a controlled flow of fresh air into your home that you are able to place where you want and has settings to make sure the air coming in is not too humid, too cold or too hot. To make the air even better, you can also add an air filter to ensure only the best air is coming into the home.

Have a Usage Strategy

We have talked about indoor air quality strategies that include exhausting air out of the home and bringing air into the home, but none of these work if they are not being used. A very common issue is the exhaust fans are not turned on or even the ones that are supposed to run continuously are turned off. There are a few ways to combat that.

Automate. Installing an exhaust fan with a humidity sensor built into the fan or that utilizes a humidity sensing wall switch provides an automated – set it and forget it way of ensure proper ventilation is happening. This can be very effective in bathroom settings but not as much in other rooms.

Combine room lighting with the Exhaust Fan. If you are installing an exhaust fan with a light, the two functions can be wired independently or together. To ensure the exhaust is utilized, you can wire the fan and light to operate together. You can also use this strategy and wire the room lighting with the exhaust fan. This can be especially effective when the fan is used in locations like laundry rooms, powder rooms and other locations that do not have a shower. In rooms with showers you will generally want/need to operate the exhaust fan longer than you are in the room and you probably do not want the light on if you are not in the room. These areas are better suited for a humidity sensor that we talked about above.

Education. Having everyone in the house educated on the benefits of good indoor air quality strategies can help get the household onboard. While we will suggest reading through all our blog posts over the years about proper ventilation to hopefully scare them into compliance, we do understand that might not be the most attainable path. Just basic education found in this post will hopefully help answer the “Why” questions.

Have a Storage Strategy

Everything we have discussed up to this point are what we’ll refer to as reactive strategies. Exhausting items already in the home, removing moisture already in the home, bringing fresh air in once the stale air is exhausted. What we have not discussed is a proactive strategy of not having the contaminates in the home from the beginning. Most of us store items such as cleaners, detergents, paint and other chemicals in the home. These items can give off harmful gases that will negatively affect your indoor air quality. The best strategy is to store them outside the home as much as you can. That is not always obtainable. Storing your laundry detergent in the garage and having to go out to get it every time you do laundry is not exactly convenient, but doing an audit of all the chemical-based items in your home and removing as many of them as you can is a great starting place. From there, as we talked about above, having an exit (exhaust) strategy is the next best thing.

Having an indoor air quality strategy in place for your home is critical to the health of your home and those living in it. Taking a few steps – some more involved than others can greatly increase the quality of air you are breathing. For more information about exhaust fans, fresh air intake and range hoods, visit the Air King website at airkinglimited.com.

7 Misconceptions About Exhaust Fans — What You Should Know

There are a lot of misconceptions about exhaust fans out there. Exhaust fans are one of the most underrated—and misunderstood—features in a home. They quietly remove moisture, odors, and stale air, helping to improve indoor air quality and prevent long-term structural issues. Yet despite their importance, many homeowners have misconceptions about how they work and what they’re designed to do. These misunderstandings can lead to improper installation, reduced performance, and even hidden damage to the home. Let’s clear the air—literally and debunk some common misconceptions about exhaust fans.

Misconception 1: Exhaust fans are only for removing odors.

Yes, exhaust fans remove odors, but their primary purpose is to remove humidity and moisture. In bathrooms, excess moisture from showers and baths can lead to:

• Mold and mildew growth

• Peeling paint

• Damaged drywall

• Premature wear on fixtures and finishes

Reality: Exhaust fans maintain healthy humidity and air quality.

Misconception 2: Exhaust fans don’t need to be vented outside.

Some homeowners (and unfortunately even some contractors) believe that venting an exhaust fan into an attic or wall cavity is fine. But what you’re actually doing is dumping warm, humid air into a confined space, where it can condense and cause:

• Mold growth

• Wet insulation

• Wood rot

• Attic structural damage

Moisture doesn’t disappear—it relocates.

Reality: Exhaust fans must be ducted to the exterior, NOT into attics, crawlspaces, or wall cavities.

Misconception 3: Leaving the door open does the same thing.

Leaving the bathroom door open after a shower may help a little, but it doesn’t quickly or effectively remove moisture. Exhaust fans create a controlled, directed airflow that pulls moisture out of the room and out of the house.

Reality: Natural ventilation is not a substitute for mechanical ventilation.

Misconception 4: Bigger fans are always better.

A fan that’s too powerful for a small bathroom can actually cause problems:

• It may create uncomfortable drafts.

• It might pull conditioned air out of the house too quickly.

• It could overload ductwork, leading to noise and reduced efficiency.

Correct sizing is everything. A fan should be appropriately rated based on the room’s square footage and usage.

Reality: Proper sizing matters more than power.

Misconception 5: Exhaust fans only need to run while I’m in the room.

Moisture remains in the air long after the shower is off. Turning the fan off too soon traps humidity in walls and ceilings. A good rule of thumb:

Run the fan for at least 20–30 minutes after showering.

Even better? Install a humidity-sensing fan or a timer switch.

Reality: Exhaust fans need time to do their job completely.

Misconception 6: Exhaust fans don’t need maintenance.

Dust, lint, and debris build up on fan blades and in ductwork, reducing airflow and increasing noise. A clogged fan can’t exhaust moisture efficiently. Simple yearly maintenance (vacuum the grille and fan blades) keeps performance high and noise low.

Reality: Like any mechanical system, fans need periodic cleaning.

Misconception 7: Exhaust fans cost too much to operate.

The energy efficiency of exhaust fans has come a long way. Choosing an ENERGY STAR® certified model ensures that the energy usage is low. Many fans on the market today use between 10 to 40 watts of energy. The national average cost for a kilowatt of electricity is $0.18. Here are some calculated costs:

• Exhaust fan operating 3 hours/day: between $2 - $8 per year

• Exhaust fan operating 24 hours/day: between $16 – $70 per year

When you compare the costs of repairs, mold remediation or other problems caused by not using an exhaust fan, the cost to operate is low.

Reality: The benefits of an exhaust fan far outweigh the cost of energy needed to power them.

Final Thoughts on Misconceptions about Exhaust Fans.

When installed and used correctly, exhaust fans protect your home from moisture damage, improve indoor air quality, and reduce the risk of mold. Yet when misunderstood or neglected, they can contribute to the very problems they’re meant to prevent. If there’s one takeaway, it’s this: Exhaust fans are not just conveniences—they are essential components of a healthy home.

Ensure your fans or being used, use them for the correct amount of time, maintain your fans, check your ducting and make sure they’re vented outdoors—your home will thank you. For more information about Air King’s energy efficient exhaust fan solutions, visit airkinglimited.com

Don’t Fall into Bad Indoor Air Quality

As the trees start to change colors and the leaves fall in many parts of the US, it is important that you don’t allow your home to fall into bad indoor air quality. Many homes across the US have been enjoying having windows open and fresh air coming into the home as well as spending time outside. As cooler weather starts to arrive, those windows close and more time is spent inside rather than outside. While many celebrate the arrival of sweater weather, the indoor air quality of the home might not be considered. The good news is with a few simple considerations, you can turn that bad indoor air quality to good.

Ensure your exhaust fans are in proper working order and are clean.

The changing of seasons can serve as a great reminder to clean your fans. Some simple maintenance can ensure that your exhaust fans operate as expected and extend their life. Make sure to read your specific owner’s manual for proper safety and cleaning procedures. In general, a good washing of the grill and vacuuming out the interior of the fan will do the trick. Having a constant exchange of fresh air into your home is vital for good indoor air quality. As we close and seal up our homes for the winter months, we lose that natural air exchange and the air in our homes becomes stagnant, allowing contaminants such as mold, mildew, germs and more to linger in the air we are breathing. When exhaust fans are working and utilized properly, those contaminates are pushed out of the home.

Check your HVAC air filters.

If you have a central air heating or cooling system, it has an air filter. This should be replaced every 3 to six months depending on usage. If you can’t remember the last time you replaced the filter, or if you are only now realizing that your system has a filter – it’s probably time to change it. Dirty filters will not only contribute to bad indoor air quality, they will diminish the effectiveness of the unit, costing you more money.

Have your HVAC system professionally serviced.

Many homeowners will bypass this to save a few dollars. A good HVAC technician will be able to identify and repair any deficiencies in your unit’s operation. They will check your filter and replace it if needed, they will also ensure the system is working at optimum efficiency. Another benefit of servicing your unit is they will check for any leaks or anything that could be contributing to bad indoor air quality coming from your system.

Add an air filtration system.

For homes that do not have a central HVAC system or for additional air quality to ones that do, adding a portable air filtration unit can be a great option. There are many options on the market today with a wide range of features and costs from something simple like the Lasko FF305 Air Flex to something more advanced like the GermGuardian AC3200 Airsafe+. Our recommendation it to make sure it includes at least a MERV 10 filter. This will filter out most common household contaminates. To learn more about MERV and air filters, click here to read our post Making Sense of What Air Filter to Use.

Monitor and adjust.

While there are products out on the market that will monitor your indoor air quality, we feel the best monitor is you. Does your home feel musty? Does your home have some unpleasant odors? Is everyone in your home getting sick more often? These can all be signs of bad indoor air quality that if you identify them quickly and utilize the points listed above, could have a very simple solution. The longer you let it go, the longer it will take to solve.

The changing of seasons to fall and the beautify landscapes, that brisk air and the return of pumpkin spice (okay, we’ll let you determine if pumpkin spice is a good or bad thing) should be a time of joy and not worrying about indoor air quality. By taking the few steps we outlined above we hope you and your home enjoy a healthy fall and winter. To learn more about indoor air quality, please read through our extensive library of blog posts on the Air King website.

5 Benefits of Exhaust Fans in Your Home

The benefits of exhaust fans in your home are many. They are one of the simplest yet most effective ways to improve comfort, safety, and air quality inside your home. Whether installed in the bathroom, kitchen, or laundry area, these fans effectively work behind the scenes to remove excess heat, humidity, odors and other contaminates. Here are five key benefits of exhaust fans in your home:

1. Improves Indoor Air Quality

Exhaust fans pull stale, humid and polluted air out of a room and replaces it with fresher air. In kitchens, range hoods help remove smoke, grease, fumes and other contaminates that happen during the cooking process, while in bathrooms, they eliminate odors and moisture. The laundry room can be a forgotten area when it comes to exhaust fans. A laundry room traditionally has many contaminates including heat from the dryer, moisture from wet clothes, and a buildup of chemicals from detergents and other cleaning products that are typically stored there. By improving airflow, exhaust fans reduce airborne irritants that can trigger allergies or breathing issues.

2. Reduces Mold and Mildew Growth

Moisture buildup is a common problem, especially in bathrooms and laundry areas. Without proper ventilation, condensation can lead to mold and mildew, which not only damage walls and ceilings but also pose health risks. Exhaust fans clear out humidity, which reduces the chances of mold and mildew buildup. It is important that the exhaust fan has enough airflow (CFM) for the room size and operates for the proper amount of time. As a guideline, the fan should operate for at least 20 minutes after a shower – longer depending on the amount of moisture generated and the relative humidity in the room. Exhaust fans with a humidity sensor built into the fan or a fan connected to a wall mounted humidity sensor can be an easy way to ensure the proper amount of ventilation is taking place.

3. Protects Your Home’s Structure

Excess moisture doesn’t just encourage mold—it can also weaken paint, wallpaper, wood, and even drywall. If you are experiencing peeling paint or wall paper in your bathroom or laundry room, the culprit might be there is too much moisture and you either need to install an exhaust fan or upgrade the one that is already there. By controlling humidity, an exhaust fan helps protect your home’s finishes and structural integrity, saving you money on costly repairs in the long run.

4. Increases Comfort

There are two main ways an exhaust fan increases comfort in your home. The first is what is known as local ventilation. This is an exhaust fan installed in a bathroom, kitchen or laundry room to remove contaminates when the room is in use. It will make a bathroom more comfortable by removing the excess moisture, odors and heat. In a kitchen it will remove steam, grease and odors. In a laundry room it will remove excess moisture, contaminates and odors (think about when your children throw their sports equipment in there). The second why to increase your home’s comfort is wholehouse ventilation, which is a fan in a central part of the home that runs continuously, ensuring that there is a constant exchange of stale air with fresh air for the entire home. When sized and operating properly, you will experience a home that just fells “fresher”. When used properly, exhaust fan creates a more comfortable space that you actually want to be in.

5. A Healthier Home

Indoor air quality can have a direct effect on the health of the people living in your home. Poorly ventilated homes are more likely to cause illnesses. Whenever mold or mildew is present and it is being breathed in by the occupants of the home, that can lead to all kinds of health items. Doing everything you can to prevent mold and mildew as well as other contaminates in the home is always going to be the best strategy. The common saying: "Treat the cause, not the symptoms" holds very true. In a past blog post we went a little deeper into this subject and looking at what is called Sick Building Syndrome. You can read that post by clicking here.   

Final Thoughts

The benefits of exhaust fans in your home are many. From increasing your indoor air quality to extending the life of your home, exhaust fans play a key role in maintaining a clean, comfortable, and efficient living environment. For more information about Air King’s solutions for bathroom ventilation, laundry room ventilation and kitchen ventilation, visit airkinglimited.com.

5 Tips to Installing an Exhaust Fan

If you are thinking about or have already started the process of installing an exhaust fan in your home, Air King has a few tips to help you through the process. An exhaust fan is a vital part of your home’s overall indoor air quality, so making sure you have the right product is critical.

Size it Correctly

Exhaust fans measure the amount of air they move in cubic feet per minute (CFM). This is the first step in determining what fan to use. A quick calculation is that you want 1 CFM per 1 square foot. So if your bathroom is 10 feet by 10 feet, you will want at least a 100 CFM exhaust fan. Depending on usage – hotter showers, more frequent use and so forth, you should consider a higher CFM fan to make sure you are ventilating the room properly.

Choose Correctly

There are many factors that go into how to choose the correct product when installing an exhaust fan – size, sound, features and so on. Air King has written many articles in this regard and encourage you to browse through the Blog archive. For this article we want to focus on some of the items that can get overlooked, like certifications. If you are installing the fan over a tub or in a shower stall, it will need a special certification to ensure safety. You will want to look for the statement: “Certified for use in a tub/shower on a GFCI circuit” or a similar statement. The same holds true if you plan on installing the exhaust fan on a wall. There are special certifications for wall mounting. This information is typically found in the product specifications or product description.

Connect it to the Correct Ducting

The size of ducting connecting to the fan can have significant performance implications. Most residential homes have either 3”, 4” or 6” ducting. It is ideal to use a fan that matches the ducting of the home or is able to transition to larger ducting. For instance, if you are installing an exhaust fan with a 4” duct, you want the ducting in the home to be at least 4”, larger is fine, but if you have smaller ducting in place, it will greatly reduce the performance of the fan.

Use the Correct Ducting

This could probably be a part B in the Connect it to the Correct Ducting section, but we think it is important enough to have it's own point. There are a few different types of ducting available and they all can have different effects on how your exhaust fan operates. For the most part, you will be using existing ducting and as we mentioned above, it is important to match the ducting of the exhaust fan to the size of the existing ducting. In cases where you will be installing ducting, there are a few things to consider. Generally, there are two types of ducting – flexible and rigid. When possible, rigid ducting is the best to use as it provides an ideal path for the air to flow out of the home. Flexible ducting provides an easier installation but can decrease the performance of the fan depending on the length and type. When comparing the two types of ducting, think of a car driving down a smooth road (rigid ducting) and how easy it is. Now think of the same care driving down a bumpy road (flexible ducting) and how the car needs to go slower and the ride is not as comfortable. Both ducting gets the job done, but one is definitely better than the other. In some installations, flexible ducting is the only option.

Seal it Correctly

An item that regularly is overlooked when installing an exhaust fan is sealing the fan. No matter how precise you try to be when cutting the opening into your ceiling or wall for your exhaust fan, there is almost always going to be gaps around it. These gaps can allow unwanted drafts to come into the room from the attic or wall cavity. An easy solution is to seal around the housing. If you have access to the fan housing through an attic space, using spray foam or a bead of caulk all the way around the housing onto the ceiling material will be your best option. If you only have access at the room level, using caulk around the edge of the housing will be your best option as using spray foam might be a little difficult to control.

With a little planning and knowledge of your home, installing an exhaust fan can be a fairly easy project. Air King offers a full line of ventilation solutions that can help the overall indoor air quality of your home. To learn more about Air King exhaust fans, visit airkinglimited.com.

Choosing an Air Circulating Fan

When choosing an air circulating fan, there are many options available to you. A good starting point is to determine the type of air circulating fan that will meet your needs the best, then determine the size, features and other considerations. In general, there are four types of fans – Pedestal Fans, Mounted Fans (including window fans), Floor/Pivoting Fans, and Table/Personal Fans. These are general categories and there is some overlap. For instance, smaller floor fans might be considered table/personal fans. Let’s take a look at the different categories of fans and compare the pros and cons of each.

Pedestal Fans

A pedestal fan consists of a fan head mounted on a pole with a base. In most cases you are able to adjust the height and many also include the ability to pivot the head up or down as well as an oscillation feature.

Pros

Portability: Pedestal fans can be moved from location to location.

Flexibility: With a pivoting head and height adjustments, you can direct the airflow to where it is needed the most.

Options: Pedestal fans are available in sizes ranging from a 12-inch commercial grade fan for a small room or business all the way up to a 30-inch industrial grade fan for large areas like loading docks and factories.

Cons

Floor Space: Pedestal fans take up a bit of floor space and might not be ideal for tight spaces or heavy traffic areas.

Mounted Fans (Wall, Ceiling, I-Beam, Window)

Mounted fans, as the name suggests are fans that are mounted to a wall, ceiling or other structures in commercial, industrial or residential locations. Most include the ability to pivot the fans head up or down and some have an oscillation feature.

Pros

Space-Savings: Mounted fans free up floor space and are ideal for tight spaces or spaces with traffic.

Coverage: With a pivoting head, you can direct the airflow to where it is needed the most.

Options: Mounted fans are available in sizes ranging from a 12-inch commercial grade fan for a small room or business all the way up to a 30-inch industrial grade fan for large areas like loading docks and factories.

Cons

Installation: As the name implies, mounted fans need to be mounted. This requires finding a permanent location to install them that is also close to a power source.

Floor/Pivoting Fans

Floor/Pivot fans come in a wide range of sizes and provide an ultra-portable solution to your movement needs. Almost all floor fans include some type of pivoting head that allows you to direct the airflow to where it is needed most.

Pros

Portability: Smaller floor fans are easily carried from location to location while larger fans include wheels, making them very portable.

Options: Floor fans are available in sizes ranging from a 9-inch commercial grade pivoting fan for a small room or business all the way up to a 30-inch industrial grade fan for large areas like loading docks and factories.

Cons

Floor Space: Floor fans take up a bit of floor space and might not be ideal for tight spaces or heavy traffic areas. Their smaller size makes them easy to bump into.

Table and Personal Fans

These fans are typically smaller in size and designed for residential or commercial use. Most include some type of way to direct the airflow to the needed areas such as a pivoting or oscillating head.

Pros

Portability: In general, table and personal fans are very lightweight and easy to move from location to location. Many include a carry handle.

Compact: Their smaller size allows them to fit in more places than other fans.

Options: Table and personal fans are available in sizes ranging from 6-inches to 16-inches for commercial or residential usage.

Cons

Limited airflow: Table and personal fans are designed for targeted airflow for one or two people.

The number of options available to you when choosing an air circulating fan is a good thing as it will allow you to find the best fan for your specific need. Hopefully in this article we have been able to give you the ability to work through the options available, making that decision a little easier. For more information on Air King commercial and industrial grade fans, visit airkinglimited.com and click on the Air Circulating Fans tab at the top of the page.