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These nozzles produce a flat, thin spray pattern. They're good for general cleaning, washing, etching, foam control, and applying coatings.
The spray is deflected at a steep angle to produce a low-impact, extra-wide spray.
Spray is deflected at a narrow angle to create the highest impact of all our flat spray nozzles.
A check valve prevents the nozzle from dripping when it is turned off. Spray tips can be removed for cleaning and replacement.
These nozzles have replaceable tips that are removable with a quarter-turn.
Drill a hole anywhere along a pipe and snap on these nozzles. Spray tips can be quickly and easily removed for cleaning and replacement.
A quick-disconnect hose fitting on these nozzles means you can remove and replace them easily to change spray patterns and angles.
A low flow rate makes these nozzles good for distributing fluids, cooling, washing, and rinsing.
Particles in liquid won’t clog these nozzles because of their unique internal and external design.
These nozzles project their spray at a right angle from their threaded connection.
Spray a precise, concentrated, high-velocity stream longer distances than other spray patterns to handle tough cleaning applications.
With a unique internal and external design, these nozzles let particles in liquid pass through instead of clogging.
Save time in applications where you often need to replace worn nozzles. These nozzles consist of a base and a nozzle, so you can replace the tip with just a quarter turn.
The large square coverage area makes these nozzles a good choice for chemical processing as well as for cooling applications.
These nozzles produce a flat, thin spray pattern.
Spray a precise, concentrated, high-velocity stream longer distances than flat spray nozzles to handle tough cleaning applications.
The superior cleaning ability of a solid stream has been combined with rotating spray action for excellent coverage.
No need to juggle multiple nozzles with different spray angles—just turn the cover to adjust the spray angle from 0° to 80°.
Push the nozzle out for lower pressures and pull it back for higher pressures. Turn the cover to adjust the spray angle from 0° to 25° or 75°.
No need to switch between nozzles—push these nozzles in and pull them out to change their pressure level, and twist their cover to adjust the spray angle between 0° and 40°. Their quick-disconnect hose connection makes attaching and removing them easy.
Instead of swapping between nozzles, turn the cover on these nozzles to change their spray angle. They have quick-disconnect couplings for easy detachment.
Combining rotation with a solid stream, these nozzles spray in a 25° hollow cone shape to cover a wide area. They’re easy to remove thanks to their quick-disconnect hose connection.
These nozzles provide a uniform distribution of droplets.
A wide spray angle provides a larger coverage area and produces a finer, more atomized spray than full-cone nozzles.
A check valve prevents the nozzle from dripping when it is turned off.
Create small, atomized spray droplets for cooling, moistening, and humidifying applications. These nozzles have a check valve that prevents dripping when they’re turned off
Mixing compressed air and liquid together, these nozzles create an ultra-fine, uniform spray without using high pressures. Also known as air-atomizing nozzles, they make droplets that are less than half the size of other fogging nozzles.
Fogging nozzles provide smaller, more atomized spray droplets than misting nozzles.
A unique internal and external design lets particles in liquid pass through instead of clogging, leading to higher volumes of mist.
To effectively rinse tanks, drums, and small vessels, these nozzles spray in multiple directions.
Avoid clogs while rinsing tanks, drums, and small vessels. These nozzles have a unique internal and external design, so particles in liquid pass through instead of getting stuck.
Certified by 3-A to meet sanitary design standards, these nozzles have a 360° spray pattern to effectively rinse tanks and vessels in food, beverage, and pharmaceutical environments.
By circulating their spray, these nozzles clean faster with more even coverage and less water than stationary tank-washing nozzles.
Internal gears create controlled motion as fluid moves through these nozzles, maintaining speed and producing large droplets to efficiently clean heavily soiled or large-diameter tanks.
Use these nozzles with detergent that’s diluted in water to create a rotating, multi-directional foam spray for effectively rinsing tanks, drums, and small vessels.
Specifically designed for steam, these nozzles direct steam better than standard spray nozzles.
FM approved for use in fire-protection applications, these nozzles produce a heavy, coarse spray to quickly put out fires.
Attaching a spray nozzle to these swivel fittings allows the nozzle to swivel 360° and tilt on a 45° range.
Build a spray system by adding your own nozzles to these nozzle-ready spray manifolds.
Drill a hole in your pipe and connect one of these fittings to create a connection point for a spray nozzle or swivel fitting.
For light duty spray-down applications, attach these wash guns to any standard garden hose.
These durable wash guns are typically used for frequent washdowns and cleanup.
The powerful combination of air and water creates a high-velocity, atomized spray without needing high pressure. These guns also can be used to siphon.
Connect these guns to your garden hose and automatically dispense solution from the attached bottle instead of dragging around a siphon hose.
Use these guns to clean as well as apply chemicals and solvents.
Dispense from grease guns into grease fittings and bare lubrication points.
Penetrate gaskets, sealed bearings, and joints to deliver grease to precise locations.
These rigid nozzles come with a dispensing tip and have threads on one end for connecting to a grease gun.
These flexible nozzles come with a dispensing tip and have threads on one end for connecting to a grease gun.
Slide the metal sleeve up to the tip for rigidity. Slide it back down to expose the flexible nozzle.
These flexible nozzles have threads on both ends for connecting a grease gun to a dispensing tip.
With threads on both ends, these rigid nozzles connect grease guns to dispensing tips.
These rigid tip adapters penetrate gaskets, sealed bearings, and joints to deliver grease to precise locations.
These flexible extensions have a quick-disconnect fitting that snaps into your dispensing tip, so you can lubricate grease fittings that are hard to reach.
Lubricate standard grease fittings in hard-to-reach areas. Extensions have a quick-disconnect fitting that snaps into your dispensing tip for standard grease fittings.
Convert dispensing tips with male threads into quick-disconnect couplings.
Move grease-dispensing guns in any direction without kinking the outlet hose.
Thanks to the nickel-plated brass base on these needles, they can be cleaned, washed, boiled, or sterilized.
Curve these plastic needles to reach into tight spots. They can be cut to the length you need. Attach them to syringes with luer lock connections.
Attach the needles in these assortments to syringes with luer lock or luer slip connections.
The nonstick surface is good for liquids that tend to clog, such as instant-bonding adhesives.
The needles in these sets connect to adhesive cartridges, grease guns, and other dispensers with threaded connections.
Connect these needles to adhesive cartridges, grease guns, and other dispensers with a threaded connection.
Slide the barbed end of these swivels into your dispensing hose and connect with a clamp. They rotate before and after installation as needed to prevent hose from twisting, kinking, and wearing prematurely.
Connect these swivels to the threaded end of your dispensing hose. They rotate before and after installation as needed to prevent hose from twisting, kinking, and wearing prematurely.
Also known as siphon guns, these spray air and liquids at the same time. Push the lever and the airflow creates suction that draws water, cleaning solution, or other liquids through the hose.
Often used when printing with carbon fiber- and glass-filled filaments, these nozzles resist wear from abrasive materials, so they last longer than standard nozzles.
Print up to 60% faster with better layer bonding than standard nozzles.
Print at faster rates than standard nozzles using abrasive filaments, such as carbon-fiber- and glass-filled filaments.
Extrude melted filament onto print surfaces to build 3D printed parts.
Replace damaged heating elements in your 3D printer, or switch them out to print at a faster speed or higher temperature.
Attach these nozzles to your high-pressure water line to flush grit and grime out of blocked pipes.