These dispensers have an opening for filling without removing the nozzle.

Use suction to remove old lubricant from gear boxes and transmissions.

Connect a tube fitting and tubing to the dispenser outlet to access hard-to-reach lubrication points.

Serve multiple lubrication points from a single location.

Serve multiple lubrication points from a single location.

Mount these reservoirs directly to your machine, or use them with a flow-adjustment valve and brush to create a dispenser.

A sealed design prevents contamination in dirty and dusty environments. Install a line between the reservoir's pressure port and the lubricated equipment to balance pressure.

For use in clean environments, these manifolds have multiple air vents that keep pressure balanced.

Manually adjust the flow of oil to a single lubrication point.

A solenoid automatically starts and stops flow to a single lubrication point to dispense lubricant while equipment is running.

As chain, gears, and conveyors move, these brushes rotate to apply lubricant.

Flip the lever to start and stop flow.

Use these brushes to lubricate chain, gears, and conveyors. Connect to an oil dispenser, then turn the dial to adjust flow.

Choose from pumps that dispense with a set interval. Turn the dial to adjust the flow from 0.1 oz. to 0.2 oz. per cycle.

With a maximum flow of 0.005 oz. per cycle, these pumps deliver small, precise amounts of oil. Turn the dial to set the cycle interval.

Air pressurizes the oil in the reservoir and atomizes the spray. Add a spray valve to direct the flow of oil.

Use with manual and electric pumps to dispense different amounts of oil from multiple lubrication points.

Equipped with a flowmeter/totalizer, this dispenser displays both the flow rate and the cumulative flow volume of the oil dispensed.

Add faucets to oil dispensing stations for increased utility.

Measure oil as it's dispensed.

These guns deliver twice as much grease per stroke than standard lever-grip guns.

Spray thin liquids evenly without propellant. Fill the sprayer and pressurize with compressed air.

Install these fittings into threaded holes.

This pump has a totally enclosed nonventilated (TENV) motor that is cooled by the liquid being pumped. Also known as a flexible impeller pump, it creates a suction force that can draw liquid upward to fill the pump chamber when your liquid source is below the pump.

Designed for high-pressure instrumentation applications, these valves are rated for up to 10,000 psi and have a hex nut and threads below the handle for panel mounting. Use with water, oil, air, and inert gas. Turn the handle to adjust flow in small increments for metering, sampling, and other applications requiring fine flow control.

Often used in hydraulic and compressed air systems, these valves can withstand at least 6,000 psi. They’re for use with water, oil, air, and inert gas. Turn the handle to adjust flow in small increments for metering, sampling, and other applications requiring fine flow control.

The color-coded threads and numerical markings on these valves ensure consistent and repeatable settings. One full revolution of the handle reveals a new color to indicate the set point. Use with water, oil, air, and inert gas. Turn the handle to adjust flow in small increments for metering, sampling, and other applications requiring fine flow control.

With a gauge port on each side of these valves, you can install two different pieces of instrumentation equipment to simultaneously monitor multiple media properties without interrupting flow. Use with water, oil, air, and inert gas. Turn the handle to adjust flow in small increments for metering, sampling, and other applications requiring fine flow control.

For installation in instrument panels, these valves have a hex nut and threads below the handle. Use with water, oil, air, and inert gas. Turn the handle to adjust flow in small increments for metering, sampling, and other applications requiring fine flow control.

For extra gripping power and a strong seal, these valves have Yor-Lok fittings with two sleeves that bite into tubing as you tighten the nut. All are compatible with Swagelok®, Let-Lok, and Parker A-Lok fittings. Use these valves with water, oil, air, and inert gas. Turn the handle to adjust flow in small increments for metering, sampling, and other applications requiring fine flow control.

With a low-profile body and a narrow port-to-port length, these valves fit in tight spots. Barbs grip onto tubing, providing a secure hold. These valves are for use with water, oil, air, and inert gas. Turn the handle to adjust flow in small increments for metering, sampling, and other applications requiring fine flow control.

Use these valves with NPT threaded pipe. They have a fluoroelastomer seal and a plastic body to withstand aggressive and corrosive solutions in chemical-processing applications. Turn the handle to adjust flow in small increments for metering, sampling, and other applications requiring fine flow control.

For extra gripping power and a strong seal, these valves have Yor-Lok fittings with two sleeves that bite into tubing as you tighten the nut. All are compatible with Swagelok®, Let-Lok, and Parker A-Lok fittings. The 316 stainless steel body and seal, the PTFE seat and packing, and the Monel needle can withstand aggressive and corrosive solutions in chemical-processing applications. Turn the handle to adjust flow in small increments for metering, sampling, and other applications requiring fine flow control.

Valves are for use with water, oil, air, inert gas, and steam. They gradually open and close to adjust and regulate flow.

Attach garden hose to the valve outlet. Use with water. These valves gradually open and close to adjust and regulate flow.

Insert unthreaded pipe into the socket ends and weld to create a permanent, leak-tight connection. These valves are for use with water, oil, air, inert gas, and steam. They gradually open and close to adjust and regulate flow.

Solder these valves to copper tubing for a permanent, leak-tight connection. Use them with water and oil. All gradually open and close to adjust and regulate flow.

With no metal parts, these valves are often used for noncontact flow adjustment in wet conditions and harsh environments. All press down on the outside of tubing to adjust flow without contacting the process media.

Also known as proportional V-ball valves, these have a motor that adjusts and regulates flow in applications with higher flow rates and pressures than solenoid valves. As you increase the intensity of the electrical signal, the motor opens the valve, moving a ball with a V-cut opening that proportionately allows more flow as the valve opens. They're often integrated into PLC systems for automatic control over the valve position based on system conditions.