The spray is deflected at a steep angle to produce a low-impact, extra-wide spray.

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 check valve prevents the nozzle from dripping when it is turned off. Spray tips can be removed for cleaning and replacement.

A low flow rate makes these nozzles good for distributing fluids, cooling, washing, and rinsing.

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.

These nozzles project their spray at a right angle from their threaded connection.

The large square coverage area makes these nozzles a good choice for chemical processing as well as for cooling applications.

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.

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.

A unique internal and external design lets particles in liquid pass through instead of clogging, leading to higher volumes of mist.

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.

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.

Spray a precise, concentrated, high-velocity stream longer distances than flat spray nozzles to handle tough cleaning applications.

No need to juggle multiple nozzles with different spray angles—just turn the cover to adjust the spray angle from 0° to 80°.

These nozzles produce a flat, thin spray pattern.