The Differences in Destratification Fans Manufacturers

by | Jul 9, 2019 | Heating and Air Conditioning

Cooling and heating industrial, commercial, and manufacturing types of buildings is never easy. These buildings have high ceilings, which leads to the natural layering of the air as the hot air rises and is trapped against the ceiling. That the same time, the HVAC system continually runs to keep pumping cool air in, which further adds to the stratified layers of increasingly warmer air.

To address this problem, destratification fans can be used. These are ceiling mounted fans in buildings with 12 to 40 foot high ceilings that disrupt these stratified layers and keep the air circulating through the building at a consistent temperature. The result is an overall cooler temperature, cycling down of the HVAC system, and increasing energy and cost-savings of maintaining a temperature for the business. In the winter, the even distribution of warm air helps to reduce slips and falls as floors stay dry, and throughout the year hot and cold spots are eliminated.

The Differences

While the science behind these types of fans is the same, there are differences in destratification fans manufacturers that are worth considering. Knowing these differences can help plant managers and operations teams to make the decision in the best option for their facility.

Most destratification fans manufacturers use plastic for their fans. There are companies out there using aluminum, which is longer lasting and more environmentally friendly than plastic. In addition, these destratification fans manufacturers also focus on providing higher cubic foot per minute of movement of the air with less wattage required, which saves energy as well as costs.

In any type of building, particularly in retail spaces, venues, and public types of facilities, look for manufacturers with the ability to customize the look and the color of the destratification fans. Not only does this provide an aesthetic appeal to the fans, but it also ensures the correct air movement based on the specifics of the space.

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