Low Emission Cryogenic Gate Valve, BS 6364, A351 CF8, 4 Inch

Name: Low Emission Cryogenic Gate Valve, BS 6364, A351 CF8, 4 Inch
SKU: VPSK-20250428-LEV-01
Availability: InStock
Rating: 5 (1 reviews)

Key Specifications / Features

The Low Emission Cryogenic Gate Valve Plant specializes in producing high-performance valves designed to meet stringent industry standards. These valves comply with API 600 and BS 6364, ensuring reliability and safety in cryogenic applications. Constructed from ASTM A351 CF8, they offer excellent corrosion resistance and durability. Available in a 4-inch size with a Class 300 LB rating, these valves are suitable for high-pressure environments. They adhere to ISO 15848-1 and API 624 standards, minimizing emissions and ensuring environmental compliance.

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Detail Information

Product Name: Low Emission Cryogenic Gate Valve
Type: Wedge Gate Valve
Design Standards: API 600, BS 6364
Body Material: ASTM A351 CF8
Size Range: 4 Inch, DN100
Pressure Rating: Class 300 LB, PN50
End Connections: RF Flanged
Operation: Handwheel
Standards
Testing & Inspection: API 598
Flanged End: ASME B16.5
Face to Face Dimensions: ASME B16.10
Packing Materials: Graphite
Low Fugitive Emission: ISO 15848-1, API 624
Fire Safe Design: API 6FA, API 607
Temperature Range: -40°C to -196°C
Key Features: Extended Bonnet, Bolted Bonnet, Rising Stem, Outside Screw & Yoke

Cryogenic gate valves are designed for controlling the flow of extremely low-temperature fluids, typically ranging from -40℃ to -196℃. These valves are essential in industries handling cryogenic substances like liquefied natural gas (LNG), liquefied petroleum gas (LPG), liquid oxygen (LOX), and liquid nitrogen (LN2), as well as in storage tanks, pipelines, and transportation systems for these volatile materials.
Cryogenic gate valves are primarily used for full shut-off or isolation of flow, rather than throttling. They feature a traveling wedge that moves perpendicular to the flow direction, ensuring minimal pressure drop when fully open and a tight seal when closed. This design prevents leakage, even in high-pressure, low-temperature environments, where the media is highly flammable and explosive.