Introduction: Operating reliably at temperatures as low as -196°C demands specialized engineering. Neway Valve addresses this critical challenge with its top entry cryogenic floating ball valves. These precision cryogenic ball valve solutions are specifically engineered for demanding applications like LNG, LPG, air separation, and in-line services. The combination of state-of-art lip seal technology and smart valve design ensures exceptional sealing integrity under the most extreme conditions, making Neway’s cryogenic ball valve a trusted component in critical processes.
Innovative Design for Cryogenic Integrity
The core of Neway’s cryogenic ball valve performance lies in its advanced lip seal technology and robust construction. Utilizing stainless steel bodies, these valves are built to withstand the severe thermal stresses encountered in cryogenic environments. Available in sizes from 1/2″ to 3″ (DN15 to DN40) and pressure ratings from ASME CLASS 150 to 1500 (PN16 to PN250), they offer versatile solutions. End connections include RF and BW, ensuring compatibility with various piping systems. This meticulous design guarantees the cryogenic ball valve maintains leak-tight performance where failure is not an option.
Versatility in Critical Applications
Neway ensures its cryogenic ball valve range meets diverse operational needs through multiple actuation options. Operators can select manual, pneumatic, electric, or hydraulic operation, providing flexibility for remote or automated control schemes essential in large-scale industrial plants. This adaptability, combined with the proven sealing performance at -196°C, positions Neway’s cryogenic ball valve as a vital asset for safety and efficiency in LNG transfer, air separation units, and other ultra-low temperature processes demanding absolute reliability.
Conclusion
For industries operating at the edge of extreme cold, Neway Valve‘s engineered cryogenic ball valve solutions deliver unmatched sealing reliability and operational flexibility. Their commitment to advanced design and material integrity ensures safe and efficient flow control in the world’s most demanding low-temperature applications.
