Fans
Fans increase airflow in a commercial or industrial space to make the facility cooler and more comfortable. Our complete line of fans can be used for intake, exhaust, and air circulation. See below to learn more about our roof fans, wall fans, spot coolers, and more.
Model H hooded roof fan
Model H hooded roof fans are ideal for exhaust or intake ventilation solutions. These fans are used in both industrial and commercial applications in a variety of industries.
Model HB hooded roof fan
Model HB belt-drive hooded roof fans are ideal for exhaust or intake ventilation solutions. These fans are used in both industrial and commercial applications in a variety of industries.
Model HFS hooded roof fan
Model HFSB Hooded Roof Fans are ideal for exhaust or intake ventilation solutions. These fans are used in both industrial and commercial applications in a variety of industries.
Model P wall fans
Model P wall fans include a direct drive motor and are ideal for intake and exhaust ventilation solutions. These fans are used in both industrial and commercial applications in a variety of industries.
Model PB wall fans
Model PB belt drive wall fans are ideal for intake air and other ventilation solutions. These fans are used in both industrial and commercial applications in a variety of industries.
Model V upblast fan
Moffitt low-silhouette axial upblast fans are designed for exhausting building air to provide general ventilation to hot, stagnant areas.
Model VB upblast fan
Moffitt low-silhouette axial upblast fans are designed for exhausting building air to provide general ventilation to hot, stagnant areas.
Model VBO upblast fan
Moffitt low-silhouette axial upblast fans are designed for exhausting building air to provide general ventilation to hot, stagnant areas.
Model VBO-HV upblast fan
Moffitt low-silhouette axial upblast fans are designed for exhausting building air to provide general ventilation to hot, stagnant areas.
Model TB tube axial fan
The Model TB Tube Axial fan is designed for applications where higher volumes of air are required at lower static pressures.