Pressure-Reducing Regulator is made of stainless steel.
Miniature Series 9014 regulates inlet pressure of 0 to 3000 psi down to outlet pressures of 0 to 200 psi. Filtered inlet prevents contaminants from affecting positive seal when in lock-up condition. For precise control in low flow-rate applications, orifice sizes with Cv's of 0.01, 0.03, and 0.06 are available. Specially treated piston seal minimizes friction. Regulator includes NPT and tube-stub...
Read More »
Temperature/Pressure Regulator has cascade control.
ET134 regulator eliminates temperature fluctuations by preventing pressure spikes caused by changes in process load. Sensors continuously reset pressure as temperature fluctuates. Vapor tension thermostat prevents ambient conditions from affecting control. Regulator has packless construction, hardened stainless steel trim, and few moving parts. It is available in sizes of 3/8 to 12 in. in cast...
Read More »
Pressure Regulator controls high purity, acid-forming gases.
Model 237 Series pressure regulator is suited for compressed gases such as hydrogen chloride and boron trifluoride. Its single-stage, aluminum silicon bronze diaphragm is mechanically linked to poppet to provide positive shutoff control. Stainless steel diaphragm is lined with HastelloyÃ-® C-22 to protect gas purity. Delivery pressure ranges are 3 to 75 and 10 to 150 psig. Maximum inlet...
Read More »
Pressure Regulators range from 1/2 to 3 in. in size.
Gas charged 1358 Series Servo-Dome pressure regulators suit high pressure (6000 psi) applications. Valves in Servo-Dome line are available in sizes with Cv ratings from 0.6 up to 116.0. All are made from stainless steel; diaphragm, seat, and seal materials can be varied. End connections include pipe, MS tube, and standard and clamp ring type flanges. Valve domes can be loaded through use of...
Read More »
Selecting the Right Materials for Your Metal Stamping Project
Learn about metals and their characteristics to help you choose the right option for your unique application.
Read More »
Bypass Relief Valves feature Teflon-® construction.
Series RVT angle pattern relief valves have TeflonÃ-® shaft and body for use with corrosive and ultra-pure liquids, and for elimination of sticking and surging. Pipe sizes range from 1/4 to 2 in. with various seal materials including Buna-N, Viton, and EPDM. Flow rates range from 2 gpm, and set pressures range from 5 to 150 psi. Valves relieve excess pressure in piping systems, as well as...
Read More »
Pressure Regulators are hand operated.
Series 2350 includes valves made from brass and stainless steel, and has Cv offerings of 0.07 and 0.14. Regulators suit applications with inlet pressures to 10,000 psi and outlet pressure settings up to 6,000 psi. Inlet filter prevents seat contamination damage. Standard seat is Kel-F, which assures dead-tight shutoff under lock-up conditions. Series offers self-venting feature for inert gases....
Read More »
FRL Units are constructed of stainless steel.
Prep-AirÃ-® II units include filters, coalescing filters, regulators, piggybacks and lubricators. They are available in 2 basic body sizes: 3/8 in. body with 1/2 in. ports and miniature 1/8 in. body with 1/4 in. ports, with either NPT or BSPP threads. Individual units can be piped together using stainless steel pipe nipples. All units meet NACE specifications.
Read More »
Miniature Regulator is diaphragm operated.
Brass-body Model 20R has non-rising adjusting knob and flow rates up to 1.25 GPM. Regulator is available in 1/8 and 1/4 in. NPT port sizes. Compact, rugged body measures 3.06 x 1.56 in. and is rated for pressures up to 125 psi. Regulator is suitable for water service applications.
Read More »
Ensure Your Medical Device Meets Regulatory Standards with Triad's Custom Magnetics
Triad Magnetics' custom components for medical devices are designed and manufactured with the strictest regulatory standards in mind. Our capabilities include rapid design, prototyping, and testing of inductors, transformers, and power supplies for medical equipment. Check out our video to learn more.
Read More »
