These pumps have a totally enclosed fan-cooled (TEFC) motor for use in dusty, dirty, and damp environments. The impeller is turned with magnets to eliminate seal wear and leakage for a long service life.

These pumps can be used to move water and lubricating oil in boiler feed systems, cooling towers, and heat exchangers.

The motor is totally enclosed fan-cooled (TEFC) for use in dusty, dirty, and damp environments. Use these pumps to move water and lubricating oil in boiler feed systems, cooling towers, and heat exchangers

Use less electricity to achieve the same flow rates as other circulation pumps.

Propel liquid higher and farther than standard circulation pumps. They're commonly used with chillers, heat exchangers, and boiler feed systems.

These pumps have high flow rates for irrigation and landscaping.

A high-horsepower motor handles four times the flow and twice the pressure of other inline circulation pumps. Install these pumps directly in your pipeline for applications such as hot-water circulation and hydronic heating and cooling.

These pumps have higher flow rate than other inline circulation pumps and are cooled by the liquid being pumped to extend the life of the motor. Install them directly in your pipeline for applications such as hot-water circulation and solar heating.

A detachable motor assembly allows you to leave these pumps inline while servicing or repairing the motor. Install these pumps directly in your pipeline for applications such as hot-water circulation and hydronic heating and cooling.

A powerful motor provides twice the flow rate of other self-priming circulation pumps. It is totally enclosed fan-cooled (TEFC) for use in dusty, dirty, and damp environments. Install these pumps up to 20 ft. above your liquid source to drain underground tanks and process wastewater.

A sealless construction means these pumps have few moving parts that can fail and shorten service life. The intake can be completely submerged in liquid.

The durable motor and impeller can handle dirty coolant and machine lubricants with solids up to 1/4" diameter. These pumps have an intake that can be completely submerged in liquid.

Self-priming up to 6 ft., these pumps have a stainless steel housing sealed with PTFE to resist chemicals such as ammonia.

Rated for continuous use, these pumps are often used to move caustics such as antifreeze and salt water. Mount them in any position, even upside down. Also known as diaphragm pumps, they are typically used for low-flow spraying, draining, and washdown applications.

Designed to fit into small equipment, these pumps have miniature gears and a subfractional horsepower motor for low-flow applications.

A high-horsepower motor moves oil with a viscosity similar to SAE 60 motor oil. Also known as gear pumps, these produce a smooth flow of liquid to lubricate equipment and blend oils.

With all PTFE wetted parts, these pumps offer the best chemical resistance of all our air-powered transfer pumps and can handle solvents and petroleum-based fluids that PVDF pumps can’t.

A Buna-N diaphragm stands up to lubricating oil such as hydraulic and motor oil. These pumps are designed to handle thick sludges and slurries.

These pumps have a PTFE diaphragm compatible with oil, fuel, and chemicals such as mineral spirits, methyl ethyl ketone (MEK), and xylene. They have a rugged aluminum housing for moving large volumes of thick sludges and slurries in demanding environments.

A neoprene diaphragm resists oil and chemicals such as isopropyl alcohol and deionized water. These pumps have a rugged aluminum housing for moving large volumes of thick sludges and slurries in demanding environments.

These pumps can be grounded to dissipate static electricity and are rated for use with flammable liquids such as gasoline, kerosene, isopropyl alcohol, and mineral spirits.

A neoprene diaphragm stands up to oil and chemicals such as isopropyl alcohol and deionized water. These pumps have large internal pathways and check valves with flaps to accommodate thick sewage, abrasive slurries, and industrial waste with large solids that would damage standard air-powered transfer pumps.

The fluoroelastomer diaphragm withstands higher temperatures than a neoprene diaphragm and has better resistance to fuel such as gasoline and kerosene. These pumps have large internal pathways and check valves with flaps to accommodate thick sewage, abrasive slurries, and industrial waste with large solids that would damage standard air-powered transfer pumps.

Also known as sprayer pumps, these provide a smooth, uniform flow for agricultural spraying, soap dispensing, and chemical transferring.

A cast iron housing and steel gears allow these pumps to be used to dispense oil and fuel such as hydraulic oil and diesel fuel. Also known as gear pumps, they produce a smooth flow of liquid for applications such as engine lubrication.

With a 316 stainless steel housing and PPS gears, these pumps are often used to dispense chemicals such as ethylene glycol, isopropyl alcohol, and nitric acid. Also known as gear pumps, they produce a smooth flow of liquid.

Also known as centrifugal pumps, these send a high flow of liquid through a pipeline or a closed circuit. They're often used in heating and cooling applications, as well as for tank filling and emptying.

Use these pumps to move lubricating oil such as hydraulic and motor oil. Also known as flexible impeller pumps, they create a suction force that can draw liquid upward to fill the pump chamber when your liquid source is below the pump.

Remove water in locations without power with these battery-operated pumps.

Also known as bilge pumps, these remove fresh and salt water from spots where other pumps don’t fit.

Move higher volumes of water than with other high-flow water-removal pumps. These pumps activate when plugged in. You can add a plug-in switch to control when the pump activates.

An aluminum housing provides excellent impact resistance. Use these pumps to clean up water in flooded areas without a sump pit. Pumps activate when plugged in. You can add a plug-in switch to control when the pump activates.

The switch activates on increasing pressure caused by rising water levels for a long service life. It has a separate cord, so you can replace the switch without replacing the whole pump. Use the handle to carry pumps from job to job.

Complete with a suction strainer and 6 feet of garden hose, these little pumps come ready to clean up small open spaces.

Built with high-chromium stainless steel components, these pumps stand up to salt water with up to 25% sand by volume and resist wear caused by abrasive particles. Fill the fuel tank with gasoline to remove water at sites without power.

Convenient to keep in your toolkit for on-site cleanup, these pumps attach to your drill for small liquid extraction jobs as well as draining water from clogged sinks and emptying tanks.

Wheel these pumps to remote areas with no power. They can handle sewage water with thick sludge, silt, and debris up to 2” in diameter.

Install these pumps in a panel cutout. Often used in food and beverage, pharmaceutical, and lab applications, they dispense small amounts of liquid at a set rate.

Automatically control output from a distance using 4‐20 mA or external-pulse signals. These pumps meter a consistent amount of liquid within ±2% of the maximum flow.

With a footprint that's only a few inches in any direction, these pumps fit into compact systems to dispense small amounts of acids, cleaning fluids, and other chemicals. They're often used in sterilization, photochemical, and water treatment systems.

These pumps can be used with pressures four times higher than standard pumps for chemicals.

For high-volume chemical sampling and draining, these pumps have a powerful motor that enables them to move 2,448 gallons of liquid per day.

Commonly used in mining, wastewater treatment, and other systems that require large-diameter hose, these pumps have flanged hose connections and large diameter tubing.

Inject chemicals into your water supply without using electricity—these pumps install directly in your pipeline and activate when water flows into the pump head.