CNG LNG LPG Cryogenic free forged globe valve

PHOTO SHOWS SPECIFICATION AS BELOW
SIZE: DN50
RATING: PN250
END: RF AS PER ASME B16.5
TEMPERATURE: -196 ℃
BODY AND BONNET : ASTM A182 F304
WEDGE: SOLID ASTM A182 F304+HF
STEM: ASTM A182 F304
SEAT: HF METAL
ACTUATION: HAND WHEEL

Description

GENERAL

Size: 1/8″~36″.
Pressure Rating: 150LB~4500LB, PN6~PN750
Design Temperature: -196℃~800℃.
General applications: CNG, LNG,LPG, CO2, N2, other cryogenic duty.STEAM thermal duty.
Design & Manufacture: BS 6364, API 6D , ASME B16.34, API 602 are basic,other norms could be used according to orders.
F TO F dimensions: API 6D, ASME B16.10, BS EN 558
Connection: ASME B16.11, ASME B16.25, ASME B16.5, EN 1092, JIS 5K-20K. RF, RTJ are available.
Safety design: fire proof

GENERAL MATERIAL

BODY: ASTM A182 F304/F316/F304L/F316L/F51/F53, MONEL K400/K500, H276,INCONEL 625/718
PLUG: ASTM A182 F304, F316
SEAT: PCTFE, PEEK, HF METAL
OPERATOR: SPRING LOADED
OTHER SPECIAL MATERIALS ARE AVAILABLE TO CUSTOMIZE.

TEST

Inspection and approval norm: API598, API6D, BS6364.

QUALITY CONTROL:

100% Chemical analysis and mechanical test with raw materials of each heat numbers.
100% DPT test with the castings, partly MT or UT test, RT is always available if required.
100% hydraulic test with the shell and seal and low pressure air test.

GUATANTEE:

SAVVY VALVES provide 12 months service life at least, free spares and maintenance instruction will be provided when required.

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For over 10 years, we have been a leading supplier of industrial valves for major global projects in water supply, oil & gas, and desalination.

How Does A CNG LNG LPG Cryogenic Free Forged Globe Valve Perform In Low-Temperature Applications?

The CNG LNG LPG cryogenic free forged globe valve is specially engineered for handling liquefied gases at extremely low temperatures, making it ideal for cryogenic services in LNG terminals, gas processing units, and storage systems. Its free forged body ensures superior mechanical strength, high impact resistance, and uniform structure, which are critical for maintaining integrity under thermal stress. The extended bonnet design keeps the stem packing away from cryogenic media, reducing the risk of frost damage and leakage. With a globe-style flow path, it provides precise throttling and shut-off control, essential for managing flow in sensitive cryogenic processes. Materials used are carefully selected and treated for low-temperature toughness and stability. The valve’s compact, robust design also supports both manual and automated actuation. Overall, this globe valve combines tight sealing, reliability, and safety, making it a dependable choice for cold and hazardous fluid control.

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