Sami Instruments offers a wide range of valves and accessories, with standard temperature – as per our recent post – up to -46°C (-50°F), but we can also supply valves and fittings for cryogenic applications, up to -196°C (-320°F).
This cryogenic valve range was developped in 2014 thanks to the cooperation with WIKA Italy: the customer was interested in an alternative to the current supplier. Sami was eager to take this occasion to widen its medium and high pressure range including the cryogenic version.
The solution and relevant offer was accepted and the customer has been purchasing these valves from Sami ever since (approx. 300 pcs. until today).
The models involved in this cooperation were only two (15.000 psi needle valve 1/4″ and 1/2″ NPT connections), but Sami is able to supply a wide range of configurations of cryogenic needle valves.
The valves were installed in a Liquid Natural Gas (LNG) processing plant.
Below you can find general information on our cryogenic valves:
|DESIGN REFERENCES||ASME B16.34 Steel Valves ● ASME B31.3 Process Piping ● MSS SP-99|
|CONNECTION TYPES||ASME B1.20 NPT & C&T ● ASME B16.11 Socket Weld ● ASME B16.25 Butt Weld|
|SIZE||Needle valves: 1/4″ through 1″|
|CLASS RATINGS||Needle valves: from 6.000 to 30.000 psi (413 to 2068 bar)|
|TEMPERATURE||-196 ÷ +180 °C (-320 ÷ +356 °F)|
|FEATURES||Low torque value ● Anti Blow Out Stem ● Low wear|
|CONFIGURATIONS||Single Block ● Block and Bleed ● Double Block and Bleed|
|TEST||MSS BP-61 ● API 598 Pressure Test of Valves (Pneumatic) ● On request: low temperature test|
|STANDARD CERTIFICATIONS||EN 10204 3.1 material test and pressure test|
|CERTIFICATIONS UPON REQUEST||Dye Penetrant Examination according to ASME Section V, Article 6 ● Positive Material Identification ● HardnessTest according to ASME B31.3 ● Charpy V Impact Test at -196°C according to ASME VIII div.1 ● Oxygen cleaning to According to ASTM G98|
Do you need a quotation or wish to receive more information? Contact us and we’ll be happy to send you more details and a customized offer.