Once aftercoolers and separators have removed the bulk of the water, use these dryers to remove any remaining moisture in your air line.

For use with Norgren modular compressed air systems, once aftercoolers and separators have removed the bulk of the water, use one of these desiccant-filled dryers to remove any remaining moisture in your air line.

Each of these filter/dryers has two desiccant towers—one that absorbs moisture, particles, and oil in the air while the other reactivates saturated desiccant so you have an uninterrupted supply of clean, dry compressed air.

These dryer/filters have a clay desiccant that removes moisture, oil, and particles, so there’s no need to install a separate filter and dryer. Once aftercoolers and separators have removed the bulk of the water, they remove any remaining moisture in your air line.

Cool air through refrigeration to condense water vapor.

A float-operated drain valve on these separators automatically opens when the bowl begins to fill. The first step in water removal, use one of these separators to remove the large amount of water as compressed air cools.

When water is condensed out of a compressed air system, it contains oil from the compressor that makes disposal difficult. These separators use two-stage filtration to reduce oil content to below 20 parts per million.

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.

Also known as air-shield and safety-shield nozzles, a center airstream blows away debris while an outer air curtain deflects flying chips and dust.

Attach to your blowgun to direct airflow.

Extend these telescoping nozzles to increase your reach.

Blow air backward to clean out the inside of pipes, tubes, and channels without pushing debris into your system.

These nozzles are made of FDA-listed materials.

These needle-style nozzles force air to a precise pinpoint.

Nozzles are attached to a flexible hose that bends and holds its shape until you reposition it.

Choose a base, hose, and nozzle for a custom setup.

Convert your blowgun to a spray gun. These nozzles spray air and liquids at the same time.

Blow debris and sweep it away with the built-in brush.

These blowguns have a metal body.

Compact enough to carry with you, these guns have a built-in quick-disconnect hose coupling for easy connection to an air line.

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.

Connect the included hose to your air supply and these blowguns are ready to use.

The included hose is ready to connect to your air supply.

These guns include a rubber tip that won't damage your workpiece.

Designed to reduce noise, these blowguns are quieter than similar standard guns.

Maximize comfort and minimize strain with these lightweight guns.

The extra length lets you access hard-to-reach areas.

Clear dust and debris, test air ducts for leaks, and dry large surfaces without needing a compressed air line.

Blow air backward from the nozzle to clean out the inside of pipes, tubes, and channels without pushing debris into your system.

These tubular holders have open ends. Slide a blowgun inside for storage.

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.

Create a sheet of high-velocity 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.

Combine high-volume airflow with low-heat output for warming and drying.

Use these blowers for production drying, heat shrinking, and other applications requiring heat over 1000°F.

Clean parts with compressed air without propelling fluids and debris all over your shop. These vacuum/blowers quickly blow coolant, oil, and chips off your parts while a vacuum sucks them into a removable drum for recycling or disposing of them.

Powerful and durable, these blowers are able to blow air through larger systems that have more airflow resistance than standard blowers can handle.

Operate these blowers with a DC power source, such as your vehicle battery.

For resistance to chemicals as well as corrosion, these blowers have a plastic housing.

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 hazardous location spark-resistant blowers can handle.

Blow twice as much air as other portable blowers.

Use your compressed air source to power these blowers.

A plastic housing offers good corrosion resistance.

Also known as crossflow blowers, these create a wider stream of air than other equipment-cooling blowers.