Nine inches in diameter, yet circulates air in an entire room with ease. Saves both time and costs compared to other cooling devices. High marks for its ability to impact air temperature and operate quietly as well. Comes with five-year limited warranty.
Great for small areas but not ideal for spaces upwards of 90 feet.
Great for dorm rooms and similar sized spaces. Designed to create healthy airflow versus merely blowing dust around. Engineered to push cool air upward. Three speeds. Features a handle for portability.
The power switch isn't the easiest to find.
We love that this 18-inch fan comes fully assembled. Includes a safety plug. Features three speed settings. Well-regarded as a fan that helps with sleep. A favorite of those in small spaces.
Loyal customers of the brand suggest the power could be better.
Features 6 vertical settings and three speed settings. We love the airflow and this fan's portability. Easy to clean. Can sit on a dresser and cool a whole room quickly. Customers appreciate the attractive design.
May rattle a bit here and there.
Keeps rooms up to 200 square feet cool all summer long. Customers find this device better than a ceiling fan. Multiple settings allow for customized cooling experiences. Easy to assemble as well. Features an auto shutoff timer. Comes with a remote control.
Some wish for more power.
We recommend these products based on an intensive research process that's designed to cut through the noise and find the top products in this space. Guided by experts, we spend hours looking into the factors that matter, to bring you these selections.
A regular fan has one job: to blow air across your skin to make you feel cooler. An air circulator fan can do everything from cooling you off to keeping you warm to saving you money on your energy bill. The best air circulator fans eliminate hot and cold spots, making your home a more comfortable environment so you can better enjoy life.
If you're still not exactly sure what makes an air circulator fan different from a regular fan, don't worry — that's why you've landed on this page. After reading through this guide, you'll know how to choose the right size air circulator fan and have a firm grasp of the most efficient ways to use one.
To get started on your air circulator fan education, keep reading. If you're ready to purchase and are just here to quickly see which models are the best, consider the air circulator fans we've spotlighted in this article.
When considering the purchase of an air circulator fan, you need to make sure you get the best one for your available space. There are four basic options: table, floor, pedestal, and tower.
Table: This is the smallest size of air circulator fan. It is proportioned to fit on a table, and the best ones pivot and swivel or oscillate so you can direct the airstream exactly where you want it to go.
Floor: This type of air circulator fan is similar to the table model but larger and more powerful. If you placed this item on your desk, it would likely disrupt your ability to work. This air circulator fan can be positioned anywhere in a room where you have adequate floor space and there is no low furniture that would inhibit the airflow.
Pedestal: A pedestal air circulator fan is a powerful option that is best for larger rooms where you might have obstacles such as sofa, coffee table, or other low furniture that would make a floor air circulator fan less effective.
Tower: This type is often the most elegant air circulator fan. Its sleek design means the unit takes up less space than other styles and makes it great for use in a room where décor is important. The tower air circulator fan is a powerful option.
There are a number of different features that can enhance your experience using an air circulator fan. We've listed the most desirable ones to consider here. Not all models have all of these options, so you'll need to decide which ones are best for your situation.
Oscillation: An air circulator fan that oscillates from side to side may be useful if you have a larger space that you need to cover.
Tilt: If you want the best air circulation, the fan needs to tilt at least 90°. This is essential for creating the proper airflow for your particular situation. The exceptions are tower air circulator fans.
Bladeless: A bladeless air circulator fan seems to move air as if by magic. In reality, the blades are hidden in the base. The benefit is that these models produce a much smoother airstream.
Speeds: The best air circulator fans have three speed settings so you can adjust it for your needs. At the very least, you'll want two settings so the unit can function at a slower speed during the winter, which is essential for keeping the air from cooling you off.
Timer: Some air circulator fans have a timer so you can automate when the unit turns on and off.
Remote: Some air circulator fans come with a remote so you can control a variety of functions from a distance.
Warranty: Since air circulator fans require minimal maintenance, multi-year warranties are common. The length of the warranty tells you how much faith a manufacturer has in its product.
CFM: Cubic feet per minute is a measure of the amount of air your unit can move. If you purchase an air circulator fan that doesn't have a high enough CFM for your needs, it won't function efficiently in your situation. The FAQ section (below) explains how to calculate your CFM needs.
Air circulator fans have a fairly broad price range that can be broken down into three general categories to help you better budget for your needs.
Inexpensive: You’ll find tabletop models in the $13 to $25 category. Don't be fooled by their diminutive size, though. Many of these units have three speeds, can tilt, and offer enough power to circulate the air in a small room.
Mid-range: At $25 to $60, you’ll mostly find larger floor models. The air circulator fans in this price bracket are high-volume directional units that can adequately cover the needs of most midsize rooms.
Expensive: From $60 to $120, you’ll find a mix of pedestal and tower air circulator fans that are powerful enough to circulate the air in larger spaces. These higher-priced models may also feature a timer and a remote.
An air circulator fan is one of those devices that can accomplish a variety of tasks. However, if you don't quite grasp how it works, the room you’re trying to keep warm in the winter might turn into the coldest spot in your house. The following are a few tips to help you get the most out of your air circulator fan.
Q. What's the difference between a fan and an air circulator fan?
A. Both create currents of air, so the difference basically comes down to usage. A fan is a device that blows air directly on a person who wants to feel cooler. An air circulator fan, on the other hand, creates airflow that keeps all the air in a room in continuous motion to eliminate hot or cold spots. Additionally, air circulator fans can be used in warm and cold weather.
Q. How does an air circulator fan help in the winter months?
A. No fan actually lowers the temperature of a room; all it does is move the air. When a fan is blowing directly on you, it helps the air evaporate the sweat from your skin, which lowers your body temperature. An air circulator fan doesn't (or shouldn't) blow directly on you. In the winter, if you aim the fan up and set it on low, it can move the hot air that’s lingering near the ceiling and distribute it more equally around the room, eliminating those cold spots.
Q. How do I choose the right size air circulator fan?
A. Air circulator fans are categorized by how much air they can move in one minute. This is expressed as cubic feet per minute (CFM). To find the best air circulator fan for your needs, multiply the room's length by width by height to get the cubic feet. Divide that number by 3 to get the ideal CFM needed to circulate the air in that particular room. For example, if your room is 15 feet long by 15 feet wide by 8 feet high, it is 1,800 cubic feet. Divide 1,800 by 3 to get 600. The ideal air circulator fan for that room is 600 CFM. Alternately, you could divide by 5 to get the lowest CFM advisable. In the above example, that would be 360 CFM.