RegO® for cryogenic liquid cylinders
Rugged, reliable flow from RegO.
Cryogenic liquid cylinders are designed for repeated use—and need to withstand lots of abuse. Choose RegO to be sure that the valves, pressure release valves, and regulators you use hold up under pressure.
RegO cryogenic liquid cylinder shut-off valves are the most widely used valves in the industry.
RegO valves are built from premium materials and 100% tested to provide a pressure-sealed barrier that avoids freeze up and keeps the flow constant. Industry-leading features such as self-adjusting stem seals compensate for gasket wear to reduce maintenance and replacement costs. Easy-to-grip handwheels make on/off simple, and built-in safeguards prevent over-torquing to extend service life. RegO saves you time and money.
There’s only one way to get our quality, long life, and faster flow—ask for RegO.
RegO Shut-off Valves
Designed for use on portable cryogenic cylinders, LNG fueling systems and other in-line shut-off valve applications. Spring-loaded stem seal automatically adjusts for any gasket wear, eliminating the need to constantly re-tighten the packing nut.
RegO Cylinder Components
9400 Series Pressure Relief Valves
Specifically designed for vapor line safety relief applications and cryogenic liquid containers.
CBH500 & CBC502 Series Cryogenic 1/4″ Combination Pressure Builder/Economizer
The regulator combines the function of pressure building and economizer functions in one compact unit. Available in Chart and Taylor-Wharton piping geometries and a variety of pressure ratings.
RG Series Pressure Builder Regulators
Designed to maintain the pressure in cryogenic containers, they are especially useful in installations where space and cost are important. PTFE seat enables a positive shut-off down to -196°C. Inlet filter helps prevent foreign material from entering the regulator.
ECL502 Series Economizer Back Pressure Regulators
Designed to be used as pressure reducing valves to automatically maintain a constant inlet or back pressure, normally closed at pressures below its set point and open at pressures above its set point. Provides premium flow characteristics enabling fast pressure reduction while maintaining sensitive flow control at lower pressure settings.
