Industries & Applications

Industrial fans power dust collection systems such as baghouses, cartridge collectors, and cyclones by delivering high-volume airflow and pressure. These fans remove hazardous or valuable particulates, maintain workplace air quality, and support compliance with safety and emissions standards.

Backward-Inclined, Backward-Curved, Radial Blade, High-Pressure

Dust collection systems (baghouse, cartridge, cyclone), source capture hoods, and filtration airflow in grinding, sanding, blasting, cutting, and combustible dust environments.

Industrial fans support systems that use airflow to move lightweight materials, parts, and packaging through ducts, hoppers, or conveyors. These fans are commonly used in processes like transferring plastic pellets, paper trim, and powders—or guiding empty cans and bottles through air conveyors in packaging lines.

Axial, Plug, Backward-Inclined (Available in high-temperature and corrosion-resistant configurations when required)

Air conveyor systems, pneumatic transfer of bulk materials, lightweight product handling, scrap and trim removal, and container conveying in automated packaging lines.

Fans are used throughout painting and coating processes to control overspray, ventilate booths, and remove fumes and vapors. They also support flash-off zones, drying tunnels, and post-process airflow for waterborne and solvent-based coatings in manufacturing and finishing environments.

Backward-Inclined, Backward-Curved, Airfoil, Radial Blade, High-Pressure

Paint booth exhaust, overspray control, flash-off zone ventilation, drying tunnels, and air knife systems for pre-treatment or drying between coats.

Industrial fans are used in part washing systems to support high-velocity drying, vapor containment, fume extraction, and heated air supply. These systems are critical in parts cleaning operations before coating, assembly, or packaging.

Backward-Inclined, Backward-Curved, Radial Blade, Airfoil

Drying tunnels, vapor containment hoods, fume capture from heated parts washing equipment.

Industrial fans are essential to thermal systems like ovens, curing chambers, and drying tunnels—where precise airflow ensures consistent temperature distribution, part drying, and safe operation. Whether in batch ovens or continuous conveyorized lines, these fans help maintain uniform heating and support product quality across industries.

Backward-Inclined, Airfoil, Plug, High-Pressure, Axial

Paint curing ovens, food drying tunnels, thermal processing ovens, powder coat curing, post-wash part drying, and commercial smokehouse airflow.

Fans are used in industrial and fabrication environments to remove welding fumes, ventilate cutting stations, and control dust from grinding, plasma cutting, and metal finishing. These systems help protect worker health, maintain air quality, and reduce fire risk from combustible particulates.

Backward-Inclined, Backward-Curved, Radial Blade, High-Pressure, Axial

Weld fume extraction, grinding dust control, plasma cutting ventilation, and localized airflow in fabrication shops.

Fans remove fumes, solvent vapors, and particulates during printing, cutting, and coating processes. Proper airflow supports air quality, drying, and safety in both sheet-fed and web-based operations.

Radial Blade, Backward-Inclined, Axial, High-Pressure

Ink drying ventilation, solvent fume control, cutting exhaust, odor extraction, and airflow through conveyorized finishing equipment.

Industrial fans are used throughout manufacturing plants to manage heat, remove fumes and dust, supply combustion air, and ventilate process areas. These systems support equipment performance, product quality, and worker comfort across a wide range of industrial operations.

Backward-Inclined, Backward-Curved, Airfoil, Radial Blade, High-Pressure, Axial

Process ventilation, heat control, dust collection support, fume exhaust, combustion air supply, equipment cooling, and general plant airflow.

Industrial fans are used in large-scale or specialized HVAC systems to move air through ductwork, pressurize spaces, and provide conditioned airflow. These fans support air handling units, makeup air systems, and process ventilation where commercial or industrial performance is required.

Backward-Inclined, Backward-Curved, Airfoil, Axial, Plug

Air handling units, duct boosters, large facility ventilation, makeup air delivery, and building pressurization in industrial HVAC systems.

Industrial fans support odor control, chemical feed ventilation, and aeration systems in water and wastewater treatment facilities. Many applications involve damp or corrosive airstreams requiring special construction.

Backward-Inclined, Radial Blade, Axial, High-Pressure

Odor scrubber ventilation, chemical feed storage, tank exhaust, room ventilation, and blowers for wastewater aeration.

Fans support air movement throughout power plants, turbine halls, and generator stations. Applications include combustion air supply, cooling systems, and flue gas handling in fossil fuel, biomass, and renewable energy facilities.

Axial, Backward-Inclined, Airfoil, High-Pressure

Boiler draft systems, generator cooling, turbine ventilation, fuel storage exhaust, and emissions control airflow.

Industrial fans handle corrosive, hazardous, or reactive airstreams in chemical processing environments. Corrosion-resistant construction and non-sparking fan designs are essential for safe operation.

Radial Blade, Backward-Inclined, Airfoil, Axial

Tank ventilation, scrubber exhaust, reactor airflow, fume evacuation, and general process ventilation involving chemical vapors or acids.

Industrial fans provide hygienic airflow for ventilation, odor control, and temperature management in food and beverage production environments. Stainless or coated fan constructions are often required for washdown and sanitary zones.

Backward-Inclined, Backward-Curved, Airfoil, Radial Blade, Axial

Ingredient handling areas, cooking zones, washdown rooms, packaging lines, odor abatement, and general food-grade ventilation.

Industrial fans are used to maintain cleanroom airflow, support HEPA filtration, and regulate temperature and humidity in pharmaceutical production spaces. These fans ensure environmental control for both sterile and non-sterile applications.

Backward-Inclined, Airfoil, Plug, Axial

Cleanroom ventilation, laminar flow systems, process exhaust, HVAC pressurization, and contamination control in formulation and packaging.

Industrial fans serve hospitals, labs, and medical facilities by ensuring air exchange, filtration, and pressure balancing across rooms and isolation areas. Many systems support HEPA or ULPA filtration for infection control.

Plug, Backward-Inclined, Airfoil, Axial

Hospital HVAC zones, lab exhaust, negative/positive pressure rooms, sterilization areas, and contaminated air capture systems.

Industrial fans play a key role in automotive production facilities by supporting paint lines, fume exhaust, part drying, and process ventilation. They are also used in weld zones, curing ovens, and e-coat systems, where consistent airflow helps maintain temperature, safety, and quality throughout the assembly line.

Backward-Inclined, Backward-Curved, Airfoil, Axial, Radial Blade

Paint booth ventilation, e-coat exhaust, weld fume extraction, part drying, and general process airflow in automotive plants.

Industrial fans maintain airflow, filtration, and temperature control in sensitive electronics and semiconductor production areas. These systems often require low-vibration, high-efficiency fans in cleanroom-grade configurations.

Backward-Inclined, Airfoil, Plug, Axial

Cleanroom HVAC systems, wafer processing ventilation, static-sensitive airflow, and heat removal from sensitive electronic equipment.

Fans help ventilate livestock shelters, greenhouses, grain storage, and fertilizer or pesticide handling areas. These systems regulate temperature, humidity, and air quality in agricultural buildings and structures.

Axial, Propeller, Radial Blade

Crop drying, livestock barn exhaust, greenhouse airflow, grain storage ventilation, and bulk handling odor control.

Fans improve ventilation, climate control, and air quality in warehouses, storage buildings, and distribution centers. These systems help reduce heat, moisture, and stale air buildup in large indoor spaces.

Axial, Backward-Inclined, Airfoil, Radial Blade

Building exhaust, air circulation for product preservation, spot cooling, destratification, and wall-mounted exhaust in large storage environments.

Industrial fans support fiber movement, airborne lint removal, and climate regulation in textile manufacturing and finishing processes. Durable construction is important in high-dust, high-moisture environments.

Radial Blade, Backward-Inclined, High-Pressure, Axial

Lint and dust extraction, fiber conveying, room pressurization, odor control, and general facility ventilation.

Industrial fans are used aboard ships, barges, and offshore rigs to ventilate engine rooms, crew spaces, and cargo holds. Salt air resistance and explosion protection are often required for durability and safety.

Axial, Radial Blade, Backward-Inclined

Marine vessel ventilation, cargo hold exhaust, engine room air supply, and offshore platform pressurization or fume control.

Industrial fans support extraction, refining, and handling of hydrocarbons by ventilating hazardous areas and managing vapor streams. Corrosion-resistant and spark-resistant construction is often critical.

Radial Blade, Axial, Backward-Inclined

Tank ventilation, vapor recovery, flare gas routing, hazardous zone exhaust, and equipment cooling in petroleum and gas facilities.

Not every airflow challenge fits neatly into a category. We regularly help engineers and end users specify custom fan solutions for test stands, prototypes, specialized machinery, and non-standard environments. Let us know what you’re working on—we’re here to help.