低温球阀

该低温球阀专为超低温工况设计,采用长颈阀盖结构和锻制不锈钢材料,确保在低至-196℃的温度下性能稳定。配备可靠的固定球或浮动球结构,实现零泄漏密封,主要用于LNG、液氧、液氮、液化天然气及其他低温流体的通断控制。具有防静电和防火设计,低温韧性好,流阻小,操作灵活。适用于石化、空分及天然气行业的低温储存、运输系统及工程项目,经过严格的低温密封与耐压测试,为超低温管道系统提供安全、稳定、持久的流体控制。.

Low temperature 3 way ball valve
Low temperature 3 way ball valve
The Low Temperature 3-Way Ball Valve is a high-performance valve designed to operate efficiently in extremely low-temperature environments, typically ranging from -196°C to -40°C. These valves are crucial for applications in industries such as liquefied natural gas (LNG), cryogenics, refrigeration, and oil & gas that require precise control of flow direction or mixing in very cold temperatures. The valve features a 3-way ball design that offers versatile flow diversion or mixing capabilities between three different ports, ensuring smooth and reliable operation in challenging low-temperature conditions.
High pressure cryogenic ball valve
High pressure cryogenic ball valve
This High Pressure Cryogenic Ball Valve is tailor-made for Class150~Class2500 (PN20~PN420) high pressure and -46℃~-196℃ cryogenic working conditions. Its core adopts a cryogenic special integral forged steel trunnion mounted valve body, and the full series is equipped with GB/ANSI high pressure flanged connection as standard. It realizes on-off control of high pressure cryogenic medium through 90° rotation of the ball.
Low temperature ball valve
Low temperature ball valve
The Low Temperature Ball Valve is specifically designed for use in applications involving extremely low-temperature environments, such as cryogenic systems. These valves are built to provide reliable shut-off, control, and isolation for fluid flow at temperatures down to -196°C (the temperature of liquid nitrogen). Made from specialized materials, they are engineered to withstand the physical stresses and performance demands posed by cryogenic and low-temperature applications. Low Temperature Ball Valves are often employed in industries like liquefied natural gas (LNG) transport and storage, cryogenic research, and industrial gas applications. Their ability to maintain functionality at sub-zero temperatures makes them crucial for...