Connect air hose to Schrader valves, which are common on tires and hydraulic systems

Push and pull loads to do everything from stamping materials to sorting parts on conveyors

Open to allow air flow in one direction and close when flow stops or reverses

Convert continuous flow into bursts that reduce air consumption in dryers and dust collectors

Fill tanks, tires, and other pressurized equipment

Eliminate air pockets from fluid lines to maintain consistent flow and prevent surges

Vent or divert exhaust to speed up the operation of air cylinders, actuators, and other equipment

Dual checks stop flow from reversing and contaminating your system

Permit flow in only one direction by closing when flow stops or reverses

Check and adjust the pressure of compressed gas in tanks; also known as Schrader valves

Build a custom system to deliver coolant, cutting oil, water, or air in any direction

Manage the flow of fluids to move equipment in air- and hydraulic-powered systems

Redirect flow between ports

Prevent water damage by placing into floor drains to stop sewer back-ups

Vent air or discharge liquids to remove excess fluid from your system

Absorb heat from a fire in your gas pipeline to stop it from traveling back to the gas source

Pair with floats and rods to create float valves that meet your needs

Open or close a pipe connection when liquids in a container reach a set level; also known as ballcocks

Control flow to multiple points from one source

Gradually open and close to control the volume of air and liquids through a line

Maintain the set flow rate of fluid through your system

Connect garden hose to lines coming from a building or the ground

Supply controlled amounts of air and gas to burners

Flexible and stronger than tubing; often used to convey liquids and gases under pressure

Open to allow hydraulic fluid flow in one direction and close when flow stops or reverses

Turn the knob to gradually adjust the flow of hydraulic fluid

Blend hot and cold water, steam, or oil to maintain a set outlet temperature and prevent scalding

Add to manual and electric pumps to dispense the right amount of oil to different lubrication points

Start and stop flow through a line

Restrict the flow of liquids and gases to precisely control rate and pressure

Control air supply to the actuator in other valves

Generally thicker and more rigid than tubing for distributing liquids and gases through your facility

Reduce inlet pressure to a lower outlet pressure to protect sensitive equipment

Rupture at a set pressure or temperature to vent fluid and gas and protect machinery; one-time use

Protect equipment by opening at a set pressure and closing when the pressure drops; for repeated use

Prevent accidental start-up when servicing equipment

Drain a small amount of fluid for inspection without disrupting flow

Control water and regulate temperature to prevent scalding

Manual and touch-free faucets for janitorial, restroom, and food service sinks

Replace the coil that actuates your flow-control valve

Block dirty water from returning to your sump pump

Circulate liquid in tanks to keep solids from settling

Pierce copper tubing for a secondary line to humidifiers and ice makers; also known as saddle valves

Typically more flexible than pipe for carrying liquids and gases in short runs around equipment

When pressure drops, vents open to prevent suction from drawing liquid back upstream

Open at a set vacuum and close when the vacuum level drops to protect equipment

Automatically start and stop flow to your valve

Attach to actuators to automatically or manually control flow in your line

Maintain valves with replacement parts such as seals, plungers, and springs

Connect valve stems to actuators with an ISO 5211 hole pattern

Mating parts join valves to a line for quick connection and removal

Attach to your gas welder to extinguish flames and stop reverse gas flow