Extend your reach in hard-to-access areas—turn these valves on and off using a square ratchet to grasp the hole at the end of the handle. Use with water, oil, air, and inert gas.

For installation through thick insulation, these valves have an extra-long stem.

A built-in strainer traps debris and allows you to replace the screen without disconnecting your pipeline.

Install these valves in tight spots, such as where pipelines are crowded together. They’re less than half as long as standard threaded valves and one-third shorter in height. Use with water, oil, air, and inert gas.

These valves are rated for at least three times the pressure of standard threaded valves. Use with water, oil, air, inert gas, and steam.

Access the handle of these valves while protecting your line behind an instrument panel. They have threads and a hex nut below the handle for panel mounting.

Use these valves with water, air, and inert gas.

Fit these short and slim valves in control boxes, panels, and other tight spots. Made of plastic, they won’t pit or corrode on the inside like metal valves, and they’re lighter in weight for easy handling.

Also known as wafer ball valves, these combine the slim body of a butterfly valve with the high flow rates of a flanged ball valve. Bolt these valves to ANSI flanges—they meet ASME standards for dimensions, material, and pressure-temperature rating. Use with water, oil, air, steam and inert gas such as helium.

For extra gripping power and a strong seal, the Yor-Lok fittings on these valves have two sleeves that bite into tubing as you tighten the nut. All are compatible with Swagelok®, Let-Lok, and Parker A-Lok fittings. These valves are for use with water, oil, air, and inert gas.

Built to withstand pressures up to 4,500 psi, these valves are ideal for high-pressure lines. For extra gripping power and a strong seal, they 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

Barbs grip onto tubing, giving these valves a secure hold. Made of plastic, they won’t pit or corrode on the inside like metal valves, and they’re lighter in weight for easy handling.

Install these valves in tight spaces—they have a short body length and low profile. A barbed end grips onto tubing for a secure hold.

Install these valves in lines that require frequent maintenance or cleaning. They give you a leak-tight, permanent solder connection to your tubing with the ease of a union fitting to install them without disrupting your line.

Use these plastic valves for a lightweight and economical alternative to metal. They have a compression sleeve that bites into tubing as you tighten the nut, forming a strong seal. Use with water, air, and inert gas.

To withstand aggressive and corrosive solutions in miniature chemical-processing pipelines, these tiny valves have a chemical-resistant fluoroelastomer seal and a corrosion-resistant 303 stainless steel body.

Control the flow of chemical solutions from any garden hose. With a fluoroelastomer seal and polypropylene body, these valves withstand strong chemicals, such as chlorinated water and phosphoric acid.

For fast installation and removal from pipelines, these valves have union fittings that disassemble into multiple pieces. All have a fluoroelastomer seal and a plastic body that can stand up to aggressive and corrosive solutions in chemical-processing applications.

Insert tubing into the fittings on these valves—no heat, solder, or flux required. To withstand aggressive and corrosive solutions, they have a chemical-resistant fluoroelastomer seal and a plastic body.

For extra gripping power and a strong seal, the Yor-Lok fittings on these valves have two sleeves that bite into tubing as you tighten the nut. All are compatible with Swagelok®, Let-Lok, and Parker A-Lok fittings. These valves have a PTFE seal and a corrosion-resistant Monel ball and body that can stand up to aggressive and corrosive chemicals such as acetone.

To create a tight seal in vacuum conditions higher than 29.9” Hg, these valves have ultra-high-vacuum tube fitting connections, which are also known as KF, QF, and NW fittings. They are often used in applications such as vacuum coating and heat treating, leak testing, and analyzing gases.

The three-piece bolted body comes apart for access to internal components without unthreading pipe connections and removing the valve from your line.

Their ball-valve design allows these valves to handle three times the flow of butterfly valves.

With a ball-valve design, these valves can handle three times the flow of butterfly valves.

For general purpose applications with water, oil, and inert gas.

With a slimmer motor than other motor-driven valves, these fit in tight spots.

For three times the flow of butterfly valves, these have a ball valve design.

Threads and a hex nut below the handle let you install these valves through instrument panels. They are for use with water, oil, air, and inert gas. All divert flow between ports.

For a lightweight alternative to metal valves, these have a plastic body. To fit in tight spots, they have a low-profile handle and a short end-to-end length. Valves are for use with water, oil, air, and inert gas. All divert flow between ports.

Bolt these valves to flanges to divert flow between ports in flanged pipelines. They’re for use with water, oil, air, and inert gas.

Insert tubing into the fittings on these valves—no heat, solder, or flux required. All are for use with water, oil, air, and inert gas. They divert flow between ports in tubing lines.

There’s no need to unbolt these valves for cleaning—remove the handle and slide the valve apart for inline access to internal components. Also known as elliptical valves, they have a fluoroelastomer seal and a polypropylene body for diverting flow in chemical-processing applications.

Barbed fittings on these valves grip onto tubing, providing a secure hold. To divert flow between ports in chemical-processing applications, they have a chemical-resistant seal and a PVDF body to withstand aggressive and corrosive solutions.

Bolt these valves to flanges. Use them with water, oil, air, and inert gas. All operate on compressed air to automatically divert flow between ports more quickly than motor-driven valves. You must control the air to the actuator using either an electric pilot valve or a manual on/off valve.

The motor on these valves can handle diverting applications with high flow rates and pressures. They operate on electricity to automatically divert flow between ports.

To reduce installation time and allow for maintenance without detaching pipe connections, these valves have union fittings.

With a shorter end-to-end length than other check valves, these fit in tight spaces.

Rated for up to twice the pressure of standard check valves, these can withstand pressures up to 3,000 psi.

Barbs grip onto tubing, providing a secure hold.

Valves have NPT connections for use with threaded pipe.

Control flow in two directions from a single source—these valves have two balls for independent control and shut-off of each outlet.

When system pressure reaches the maximum, these valves open and send an air signal to turn on a downstream device such as a discharge valve or throttle. They close and send a signal to turn the device off when pressure drops.