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Running on 48V DC power or lower, these compact fans fit inside electronics and other small, heat-sensitive equipment to keep things cool.
Also known as muffin fans, these keep heat-sensitive equipment such as electronic components cool.
These fans produce greater airflow than standard equipment-cooling fans.
Safely cool electronics and equipment where explosive gases could be present due to equipment failure. ATEX certified, these fans meet European standards for hazardous locations.
While standard equipment-cooling fan motors degrade when used in high-temperature areas, these fans run continuously without issue in temperatures up to 190° F.
Able to withstand dust and water splashes, these fans are IP rated.
Operate these fans with a DC power source.
Keep electronics from overheating in places that must be sanitized often. These DC-powered fans are rated IP69K, meaning you won’t damage them with harsh jets of water and they block out dust.
Cool down electronics in areas that require frequent and intense sanitizing. Rated IP69K, these AC-powered fans withstand harsh jets of water and block dust from reaching their motor.
Keep electronics cool in wet areas. These fans withstand weather, washdowns, and occasional time spent underwater.
Able to withstand submersion in up to 3 meters of water, these fans cool electronics in food processing areas and outdoors.
Kits include a fan, guard, and power cord. They keep heat-sensitive equipment such as electronic components cool.
With the addition of a thermostat, the fans in these kits switch on only when needed.
Cool heat-sensitive electronics without having to hardwire your fan—these kits include the fan, guard, and power cord.
Cool electronics and other sensitive equipment in potentially unsafe areas.
Protect fingers, cables, and debris from coming into contact with moving fan blades.
Filters remove dust and other particles from the air.
Made of conductive metal, these guards cover fans to block EMI (electromagnetic interference) and RFI (radio frequency interference).
To keep unenclosed electronic components cool, place trays on top of equipment to direct a stream of air below.
For use in tight spaces where other equipment-cooling blowers won't fit, air enters through the center of the unit and then expels along the edges.
Create a more concentrated stream of air than equipment-cooling fans to blow away the heat generated by electronic equipment, induction heaters, and high-wattage bulbs.
Also known as crossflow blowers, these create a wider stream of air than other equipment-cooling blowers.
Position these wall-mount fans to direct air where it’s needed.
These fans meet U.S. Navy specification MIL-DTL-68.
Position these fans near meeting areas to circulate air without drowning out voices.
With a ball-bearing motor and cupped fan blades, these fans last longer and focus airflow better than economy fans.
Generate at least 25% greater airflow than economy and premium fans.
A bright yellow guard makes these fans easy to spot.
Often used on loading docks, these fans have a pivoting extension arm and tilting fan head so you can direct air where it's needed as well as move it out of the way when it's not.
Improve air quality and manage temperature and moisture levels by forcing fresh air into your space instead of exhausting air out.
Place these pedestal fans to circulate air where it’s needed.
Run these fans continuously in environments that reach up to 150° F.
Wheel these mobile fans wherever you need them. Direct-drive fans have fewer moving parts than belt-drive fans for less maintenance.
Tilt fans to direct air where it's needed.
With an aluminum housing, these fans stand up to corrosion better than economy fans.
Attach these fans to beams to direct air where it’s needed.
Hanging from the ceiling, these fans direct air where it's needed.
Great for meeting areas, these fans circulate air without drowning out voices. Their low profile maximizes headroom in areas with low clearance.
Continuously mix and circulate air to balance room temperature in spaces where there is a large difference in temperature between the floor and ceiling.
With a polyethylene housing, these fans are durable and resist rust. They’re direct-drive fans, so they have fewer moving parts than belt-drive fans for less maintenance.
Ideal for low-clearance applications where you need headroom, these direct-drive fans are compact and have fewer moving parts than belt-drive fans for less maintenance.
For rust resistance and durability, these fans have a polyethylene housing. They’re belt-drive fans, so they’re quieter and will last longer than direct-drive fans because their parts can be replaced if worn or damaged.
Cool down areas where you don't have an outlet—these fans are lightweight and battery-powered so you can tote them anywhere.
Direct air to a specific area, ranging from the floor to the ceiling, by adjusting the head of these fans up and down.
Whether freestanding or mounted to floors, walls, or workstations, these versatile fans cover larger areas than bench-top fans.
Mount these fans directly to a rack.
Mount these fans to a wide range of surfaces, such as posts, columns, and ceilings.
Often used to cool warehouse aisles and production lines, these wall-mount fans generate a stream of air that travels farther than air from conventional fans.
Often used to cool warehouse aisles and production lines, these fans generate a stream of air that travels farther than air from conventional fans.
Connect these fans to a garden hose to produce a fine cooling mist.
Connect these fans to a hose to produce a fine mist.
Tilt the head of these fans to direct air where it's needed.
Wheels make it easy to move these fans.
Generate at least 25% greater airflow than standard office pedestal fans.
Position these fans to keep office personnel cool.
Because they have a small footprint, these fans are good for small areas or places where clutter is a concern.
Clip these fans onto your desk to keep cool.
The head on these fans tilts to direct air where it's needed.
You can mount these fans on beams and walls.
Mount these fans on a bench top or in a vehicle.
Keep cool with these personal-size wall-mount fans.
Draw fresh air in or push stale air out of your windows. Reverse airflow with the flip of a switch.
Position these fans in a window, set them on the floor, or attach them to an optional box fan stand.
Easily hang these fans from your ceiling using the attached bracket and a mounting chain kit. They're more powerful than our standard box fans.
Mount these fans on flat ceilings. All include a support cable or downrods to mount them into joists.
These fans have a motor that is UL listed for Class I, Group D; Class II, Groups E, F, and G hazardous environments.
The motor in these freestanding fans is UL listed for Class I, Group D; Class II, Groups E, F, and G hazardous environments.
Often used in welding shops and oil refineries, the motor in these fans is rated as safe for use around flammable and combustible gas, vapor, and dust.
UL listed for use in hazardous environments, these fans are often used to cool warehouse aisles and production lines. They generate a stream of air that travels farther than air from conventional fans.
Made of corrosion-resistant material, these fans meet UL 507 spray test requirements for washdowns.
Made of corrosion-resistant material, these freestanding fans meet UL 507 spray test requirements for washdowns.
These two-piece guards attach to NEMA frame motors.
Build your own fan or replace a fan motor.
These filters fit over fans with round guards to trap dust and debris, keeping contaminants out of the air and off of your fan.
Since they have fewer moving parts, you can use these direct-drive motors to build fans that require less maintenance than fans with belt-drive motors.
Better suited for dirty, dusty, and damp environments than standard direct-drive fans, these have a totally enclosed motor enclosure.
Direct-drive fans have fewer moving parts than belt-drive fans for less maintenance. Use these fans to draw stagnant and humid air out of a room or area.
Use these fans to draw stagnant and humid air out of a room or area. Belt-drive fans are quieter and have a longer life span than direct-drive fans because components can be replaced if worn or damaged.
Better suited for dirty, dusty, and damp environments than standard belt-drive fans, these have a totally enclosed motor enclosure.
These light duty fans are designed for use without duct.
These fans come complete with a movable-blade louver. The louvers are gravity operated so they open only when air flows through them, which prevents backdrafts.
Rust won't be a problem with the durable plastic housing and louvers on these fans.
Belt-drive fans are quieter and have a longer life span than direct-drive fans because components can be replaced if worn or damaged.
Connect your wall-mount exhaust fan to a louver.
Good when you don't have room to mount an exhaust fan inside your facility, these fans attach to openings in outside walls.
Protect the exhaust side of your wall-mount exhaust fans from debris.
Protect the supply side of your wall-mount exhaust fans from debris.
Direct-drive fans have fewer moving parts than belt-drive fans for less maintenance.
Designed to spin freely with the slightest breeze, these fans create a vacuum that draws air out from buildings and ventilation systems—no electricity required.
With a UL-listed motor, these fans can be used in hazardous environments with combustible gases and dust to draw stagnant and humid air out through your roof, forcing it up and away from its surface.
Exhaust air and humidity directly into the outdoors without using duct.
Also known as room-to-room exhaust fans, these exhaust air and humidity directly into another room.
Use these fans to draw stagnant and humid air out of a room.
These fans have a light that can operate alone or share a switch with the fan.
When a room is occupied, these fans detect the motion and turn on.
Keep noise to a minimum with 1/2" thick acoustical insulation and vibration-resistant motor mounts.
These fans have a motor that is UL listed for hazardous environments.
With fewer moving parts than belt-drive fans, these direct-drive exhaust fans require less maintenance.
Produce three times the airflow as standard direct-drive duct fans.
Insert these fans directly into your ductwork. They give small heaters and air conditioners a boost to circulate air through ductwork.
Often used in vehicles, these fans operate on DC power.
Operate these blowers with a DC power source, such as your vehicle battery.
Install these blowers into ductwork where high static pressures are present.
Powerful and durable, these blowers are able to blow air through larger systems that have more airflow resistance than standard blowers can handle.
Powerful and durable, these blowers are able to blow air through larger systems that have more airflow resistance than standard hazardous location spark-resistant blowers can handle.
These blowers have an explosion-proof motor that is UL listed for hazardous locations. They also have an aluminum housing for spark resistance.
Powerful and durable, these blowers are able to blow air through larger systems that have more airflow resistance than standard spark-resistant blowers can handle.
These blowers have an aluminum housing for spark resistance.
A 304 stainless steel housing offers good corrosion resistance.
These blowers have a motor that is UL listed for Class I, Divisions 1 and 2, Group D; and Class II, Divisions 1 and 2, Groups F and G hazardous locations.
For resistance to chemicals as well as corrosion, these blowers have a plastic housing.
Quickly ventilate smoke, gas, and other fumes by forcing fresh air into your space instead of exhausting air out.
These blowers operate on 120V AC.
Use your compressed air source to power these blowers.
Blow twice as much air as other portable blowers.
In addition to blowing twice as much air as other portable blowers, these have a motor that is UL listed for Class I, Divisions 1 and 2, Group D; and Class II, Divisions 1 and 2, Groups E, F, and G hazardous locations.
A plastic housing offers good corrosion resistance.
Remove fumes, vapors, and fine dust particles from your space.
Mount these exhausters to the floor to remove fumes, vapors, and fine dust particles from your space.
Position these exhausters above drums, tanks, and distillers.
In addition to using the handle to carry these exhausters, you can mount them to a wall, bench, or floor.
This fume exhauster has a motor that is UL listed for Class I, Divisions 1 and 2, Groups C and D; and Class II, Divisions 1 and 2, Groups E, F, and G locations. Use it to remove fumes, vapors, and fine dust particles from your space.
For exact positioning, these hoses swivel 360°.
The arm length adjusts from 3 to 6 feet making these exhaust hoses good for locations with low ceilings.
Move the hose into position and the support arm will hold it in place.
Increase airflow through exhaust duct to improve furnace performance.
Often used for electric-to-gas conversions and renovations, these exhausters allow gas- or oil-fired equipment to be vented through a sidewall rather than a chimney.
Protect equipment in enclosures and cabinets from heat.
Slide these trays in to cool your standard 19" wide enclosure.
Expandable fan trays come with three fans but can hold up to nine for greater airflow.
Able to withstand dust and water splashes, these fans are IP54 rated.
Create a more concentrated stream of air than enclosure-cooling fans to cool equipment faster.
Replace worn and damaged fan blades. Use the included set screw or shaft collar to fasten a blade to your fan's shaft.
Generate at least 25% greater airflow than standard fan blades.
The body rotates to direct air where it’s needed.
Dry large flat surfaces such as floors with a concentrated stream of air.
To quickly dry flat surfaces, these fans direct air downward.
Cool large machinery such as transformers.
Also known as regenerative blowers, use these to produce high-flow compressed air with low pressure or vacuum to operate pump drives, lift tables, and conveying systems.
Safely produce high-flow compressed air with low pressure or vacuum in environments with flammable gases and combustible dust, such as propane and carbon-based dust. These blowers have an explosion-proof motor and are UL listed for use in hazardous locations.
Connect these aftercoolers to a cold-water line to chill hot air coming from a compressor—no electricity needed. Cooling the air condenses water for removal from your compressed air system.
These aftercoolers have a fan that chills hot air coming from a compressor. Cooling the air condenses water for removal from your compressed air system.
Use one bracket for 3" to 18" wide air knives; two brackets for 24" to 42" wide air knives, and three brackets for 48" wide air knives.
Create a sheet of high-velocity air.
Producing the same airflow as standard air knives, these are quieter and use 18% less compressed air.
Secure an air knife to the bracket and position where needed. Two swiveling joints allow 360° movement.
Also known as air wipes, these use a 360° airstream to blow off, dry, clean, and cool tubes, cables, extruded shapes, and hoses.
Dry and cool parts, wipe conveyor belts, control coating depth, and blow liquid, chips, and dust off of equipment in sanitary environments.
Attach to a blower for high-speed airflow at low pressure.
An ionizing bar temporarily neutralizes static to protect against ESD (electrostatic discharge).
These produce the same airflow as standard static-eliminating air knives but are quieter and use 15% less compressed air.
These blowguns have a metal body.
The lightweight plastic construction makes these blowguns more comfortable to hold than metal.
The rubber tip won't damage parts.
Compact enough to carry with you, these guns have a built-in quick-disconnect hose coupling for easy connection to an air line.
Designed to reduce noise, these blowguns are quieter than similar standard guns.
Also known as air-shield and safety-shield blowguns, a center airstream blows away debris while an outer air curtain deflects flying chips and dust.
Two inlets allow connection to air lines above or below. Use the top inlet when the blowgun is suspended from an overhead hose and the bottom inlet for bench and floor hoses.
Operate a blowgun without disconnecting your air tool—these guns fit between the tool and air hose. Good for blowing away debris after using an air-powered sander or grinder.
Connect the included hose to your air supply and these blowguns are ready to use.
The lightweight plastic body is more comfortable to hold than metal.
The extra length lets you access hard-to-reach areas.
The included hose is ready to connect to your air supply.
Also known as air-shield and safety-shield blowguns, an outer air curtain deflects flying chips and dust while the center airstream blows away debris.
These guns include a rubber tip that won't damage your workpiece.
Increase your reach with the telescoping nozzle.
Maximize comfort and minimize strain with these lightweight guns.
These blowguns provide more than two times the airflow of standard guns.
The flat nozzle distributes air over a wide area.
Air flows out of the side of the nozzle to clean air filters, radiators, and inside recesses.
Clear dust and debris, test air ducts for leaks, and dry large surfaces without needing a compressed air line.
The most powerful blowguns we sell, these use compressed air to clean and blow debris.
Blow air backward from the nozzle to clean out the inside of pipes, tubes, and channels without pushing debris into your system.
Safely blow dust and debris off your clothes. These blowers are a safer alternative to compressed air and help you meet OSHA regulations.
Blow off dust and contamination, eliminate static charges, and guard against ESD (electrostatic discharge).
These guns provide more than three times the airflow of standard static-eliminating blowguns.
Bend the stand's flexible arm to position your gun and keep it in place. Use the included foot pedal to activate airflow and static elimination.
A nonconductive plastic nozzle and tip protect against accidental contact with live electrical circuits. These blowguns are tested to 1,000 volts to meet IEC 60900.
Clean surfaces without transferring dust or moisture from the air hose. These blowguns have a replaceable filter that traps particles such as rust and smoke and absorbs moisture.
Combine high-volume airflow with low-heat output for warming and drying.
Blast your heating, drying, and shrinking projects with hot air to get the job done quickly. Choose from blowers with temperature settings from 300° to 750° F.
Use these blowers for production drying, heat shrinking, and other applications requiring heat over 1000°F.
Cool the air in your enclosure to protect electronic components from excessive heat. These heat exchangers absorb heat in the enclosure, then use cooler air outside the enclosure to draw the heat away, lowering the temperature inside.
Also known as Peltier coolers, these coolers use electrical current to transfer heat away from your enclosure while sealing out contaminants.
Everything you need to replace a fan motor on refrigeration units, appliances, and blowers.
Also known as swamp coolers, use these air coolers wherever air conditioning is impractical.
Produce twice as much cool air as standard mobile evaporative air coolers.
Spread the range of static control further than static eliminators without fan.
Small enough to fit on your desktop, these static eliminators create an ionized field across your immediate workspace.
Project a curtain-like stream of static-eliminating ionized air.
These blowers create an extra-wide field of ionized air.
Also known as ionizing bars.
Fans built in to these enclosures keep electronics at the temperature you set, and the filtered intake and exhaust let cool air flow through the enclosure without letting water and contaminants in.
Automate clearing chips during CNC machining instead of stopping the machine to use a hand-operated air blower.
Mount these cleaners to workbench tops to remove odors and fumes from the air.
Eliminate static buildup while cleaning air.
Mount these air cleaners to your bench top and adjust the arm to your desired position.
Filtering away dust and particles, these hoods create a clean space for demanding work, such as bioprocessing, pharmaceuticals, electronics, and optics.
Carry these small cleaners to job sites to remove odors and dust from the air.
Carry these cleaners to job sites to remove odors and fumes from the air. Use the hose to direct cleaning.
Larger than portable air cleaners, these air cleaners roll to where you need them.
Roll this air cleaner to the contaminant source or place it on a bench top.
Often used in machine shops, these cleaners remove oil and coolant mist from the air.
Purify the air in spaces with light cleaning needs.
Save floor space—cleaners mount in a T-bar style ceiling.
Remove viruses, bacteria, dust, and other particles from the air.
Mount these attachments to the nose of your Dremel to blow away dust and fine debris for better visibility when sanding, engraving, and carving.
Convert one or more single-speed ceiling fans to variable speed.
Pair these hoods with an exhaust system to contain harmful fumes, vapors, and gasses while venting them away from work spaces—they protect users from inhaling or coming in contact with them.
Clear leaves and debris. These blowers come with a bag attachment and can also be used as a vacuum.
Draw particles and filament fumes away from open-frame 3D printers without cooling off printed parts.