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Attach these electric mixers to your tank wall.
These mixers are CE marked, CSA certified, and CSA-US certified for use with food and beverages.
Motors are UL listed for use in environments with flammable gases and combustible dust.
Turn the dial to adjust the speed of the propellers.
Attach these mixers to a tank wall.
Bolt the flange onto a closed tank.
Thread these mixers into a drum opening for a secure connection.
For reduced vibration and noise, this mixer has a clamp in addition to the thread-in connection.
Mix and dispense from the same container.
The pipe-clamp connection allows you to quickly raise or lower these mixers to change containers.
Manually control and monitor mixing.
Attach to the rim of a batch can or small container.
Made from 316 stainless steel, these propellers have excellent corrosion resistance.
Lightweight yet sturdy, these aluminum propellers are often used in light duty mixing applications.
These mixer propellers have a highly polished finish, leaving no room for bacteria to grow—they’re commonly used in sanitary environments such as food and pharmaceutical plants.
Also known as hydrofoil propellers, these produce 40% more flow with less torque and energy than standard propellers.
These propellers collapse to fit through openings, such as those found on intermediate bulk containers.
Blades collapse to fit through 2" diameter and smaller openings, such as 55-gallon drums with a NPT opening size of 2.
Bend the blades to your desired angle.
For faster attachment than propellers with set screws, these propellers have threaded hubs that install on threaded shafts.
One end of these shafts is machined to fit into the mixer; the other is machined to fit into an attachment like a propeller.
These shafts have one threaded end to fit threaded propellers and one machined end to fit mixer shaft couplings.
Designed for use with mixing blades, these shafts are left-hand threaded for counterclockwise motion.
Cut through solid particles in your mixture.
Quickly change mixing shafts with these keyless chucks.
Attach to the rim of a mixing tank, drum, bowl, or other container.
A third knob allows you to adjust the angle of the mixer to tilt the propeller towards or away from the wall of the container.
Two knobs allow you to adjust the height of the mixer on the stand and the distance from the stand to the mixer.
Attach these clamps to a pipe and the knob allows you to raise or lower your mixer to quickly change containers.
Clamp onto the rim of a container up to 15" in diameter.
Mount small-batch mixers above batch cans and small containers.
Generate the same mixing power as standard propellers at half the rotation speed.
Propeller blades collapse to fit in drum openings with a NPT size of 2. They're polypropylene coated for chemical resistance.
Mix adhesives, knead clays, and stir coatings.
These mixers are good for use with oil and wastewater. They have excellent chemical and corrosion resistance and withstand high pressures and temperatures.
Use for pH control and chlorination. These mixers are more chemical resistant than nylon mixers.
Mix solvents and water-based liquids.
Mix products as they pass through your line in sanitary environments such as food, beverage, and pharmaceutical plants.
These mixers have unthreaded ends that can be secured with compression or push-to-connect fittings.
Roll these mixers where you need them.
A removable polyethylene liner with molded-in blades allows for easy cleaning. Stand is stationary.
Reduce sample loss by mixing liquids in your own container.
Blend liquids and create slurries. These blenders meet NSF/ANSI standards for use in food and beverage applications.
Use this shaker to mix 1- and 5-gallon containers quickly and thoroughly.
UL listed for environments with flammable fuels and solvents.
Cut mixing time in half by shaking two cans at once.
These shakers are lighter than dual-can shakers and do not require permanent mounting.
Use compressed air to quickly and thoroughly mix paint and coatings.
These paddles contain a compound that can be sensed by metal detectors.
These paddles are often used with caustics such as detergents and cleaning fluids.
Mix and stir food and other material in hygienic environments with these paddles—they’re easy to clean and won’t corrode from frequent washdowns with harsh cleaners.
These spatulas have flexible blades.
The blades on these spatulas are flexible, self-sharpening, and won't absorb odors.
Use these spatulas when accidental sparks could be hazardous.
Connect to a compressed air line.
A rubber air diffuser provides uniform bubble distribution.
Circulate tank contents by pumping liquid through these nozzles.
Use the same removable pail to mix and transfer small batches.
Eliminate spills and splatter by rotating your closed drum to mix its contents.
UL listed for use in environments with flammable gases and combustible dust.
A ball valve allows you to isolate the flow to minimize spillage. Outlet tubes can be removed for maintenance and cleaning without shutting down the line.
Also known as injection quills, use these in applications where the line can be shut down to perform maintenance and cleaning.
Supply the right amount of air and gas to burners.
Pick up chemical spills and remove liquids in vacuum filtering systems—these pumps create suction to draw up liquids and gases as water flows through them.
Made from PVC, these pumps are highly corrosion resistant and lightweight. Use them to produce emulsions, elevate water, and transport grains and other small particles.
Powered by liquid, use these to pump a second liquid or to produce emulsions, elevate water, and transport grains and other small particles.
Use plant steam to pump liquids and gases, prime pumps, and remove fumes.
Change force output for different materials in your bin.
Alter vibration speed in addition to force output.
The quietest vibrators we offer, these produce less noise than normal conversation.
Move this vibrator to the source of your flow problem.
These are also known as ball vibrators.
Also known as turbine vibrators, these use half the air of other air-powered vibrators to generate the same force.
Solve flow problems at construction sites and other locations without electricity or an air supply.
Also known as piston vibrators, these pound the sides of your bin to dislodge wet, sticky, and caked-on materials.
These vibrators come with everything you need to get started.
To dislodge extremely thick, sticky materials from the sides of your bin, these vibrators have a sturdy base for secure mounting and even force distribution.
These vibrators attach more quickly than other vibrators by generating a vacuum instead of bolting or welding, so you can place them at the source of the blockage and quickly move them between bins.
Weld a bracket to each of your containers and move these vibrators from job to job.
Since they generate vibration with electromagnets, these vibrators have no moving parts that can wear out and shorten service life.
When access to the inside of your tank is difficult, these vibrators can be installed and removed from outside of the bin for easier cleaning than bolt-on aerating vibrators.
Install from inside your tank and secure with the included mounting bolt.
Generating vibration with electromagnets, these have no mechanical parts that can wear out and shorten service life.
These vibrators have a muffler and an air cushion prevent metal-to-metal contact.
To simultaneously mix and dispense two-part adhesives, attach these mixer nozzles to a dual cartridge.
Use these guns to dispense two-part adhesives. Do not use them with 3M dual cartridges.
Only for use with 3M dual cartridges, these guns dispense two-part adhesives.
Keep cups and sticks on hand for mixing two-part adhesives.
The rotating motion of these machines aggressively deburrs and polishes.
Keep parts in constant motion for faster finishing than tumbling machines.
The thick bowl can handle steel media and heavy loads.
Coated with PTFE, these stirring bars are corrosion and chemical resistant.
A magnet embedded in the heating surface works with a magnetic stirring bar to stir liquids automatically.
Fish stirring bars out of containers using the magnetic end of these retrievers.
Spread adhesive, thinset, and other hard-to-clean materials without scratching your surface and then simply throw these knives away.
Scrape, cut, and spread material in your food-processing facility with these putty knives—they’re FDA compliant for direct contact with food. Made from plastic, they won’t scratch metal surfaces or corrode from chemicals.
Resist heat up to 410° F with a glass-filled nylon blade and handle.
These corrosion-resistant putty knives spread, scrape, and clean paint rollers.
Add any standard threaded handle to extend the reach of these putty knives.
Spread and scrape material from a distance—these putty knives have a threaded end for attaching handles to extend their reach.
Use as a spreader, scraper, and paint-roller cleaner.
Spread, scrape, and clean paint rollers in hazardous locations with the nonsparking, nonmagnetic brass blade on this putty knife.
The blade is nonsparking with a beveled edge for removing thin coatings.
Use these spatulas once and then throw away to reduce the risk of cross contamination.
Stir sticks come packaged loose in a box.
Turn the knob to dispense stir sticks one at a time.
Use these spatulas for mixing, flipping, and scraping.
These wire whisks make it easy to mix and whip wet and dry ingredients.
Quickly serve the same portion size every time with these utensils.
Improve the strength of your concrete mix by eliminating trapped air.
Use with sieves for accurate results in material separation and testing—shakers vibrate stacked sieves to distribute particles evenly, which ensures separation.