
Forged Cryogenic Trunnion Ball Valve
Pressure classes: 300# (740 PSI), 600# (1440 PSI), 900# (2160 PSI). Enhanced ratings at cryogenic temperatures.

High Performance • Durable • Leak Proof
SKU: AV-GL-0117
Cryogenic Short Stem Globe Valve by African Valve for industrial flow control.
Cryogenic Short Stem Globe Valve Manufacturer in Algeria supplies globe valve configurations designed for low-temperature services requiring controlled flow regulation or isolation. Their compact stem arrangement is selected according to the valve design, cryogenic medium, operating temperature, pressure and available installation space. Materials for the body, stem, disc, seat and seals must be compatible with the specified cryogenic conditions to maintain mechanical integrity and sealing performance.
For very low-temperature services, the valve design should be evaluated for stem sealing, bonnet configuration, thermal contraction and heat transfer to ensure reliable operation. These valves can be considered for selected LNG, liquid nitrogen, liquid oxygen and other cryogenic process applications, subject to the specific valve design and service requirements.
Component | Material |
Body | ASTM A351 CF8 / CF8M / ASTM A182 F304 / F316 |
Bonnet | SS304 / SS316 |
Stem | SS304 / SS316 |
Disc / Plug | SS304 / SS316 / Hardened Alloy |
Seat | PTFE / PCTFE / Application-Specific Material |
Packing | Low-Temperature-Compatible Material |
Gasket | PTFE / Stainless Steel / Application-Specific Material |
Fasteners | SS304 / SS316 |
Material selection depends on the cryogenic medium, minimum operating temperature, pressure, corrosion conditions and service requirements.
African Valve supplies Cryogenic Short Stem Globe Valves to LNG terminals, industrial gas plants, cryogenic storage facilities, air separation units, energy infrastructure, and processing plants throughout Nigeria, Egypt, South Africa, Kenya, Ghana, and other African countries. Valves are available in multiple material grades, pressure classes, end connections, and operating configurations to meet project-specific cryogenic flow regulation and isolation requirements.