The C130M Cryo Valve represents precision engineering for extreme low-temperature applications, specifically designed to handle cryogenic fluids down to -196°C. This pneumatically actuated globe valve features an extended bonnet construction that protects stem packing from cryogenic exposure, ensuring reliable operation and leak-free performance in the most demanding thermal environments. With a maximum supply pressure of 50 barg and available in spring-open or spring-close configurations, the valve offers flexible control options for automated systems. The PTFE soft seat design provides tight shutoff with Class VI leakage rating, while optional bellows sealing enhances fugitive emission control for environmentally sensitive applications. Manufactured according to ASME B16.34 standards and compliant with PED 2014/68/EU, this valve delivers the safety and reliability required for handling hazardous cryogenic media including liquid oxygen, liquid nitrogen, LNG, and LPG.

This cryogenic v...

The C130M Cryo Valve represents precision engineering for extreme low-temperature applications, specifically designed to handle cryogenic fluids down to -196°C. This pneumatically actuated globe valve features an extended bonnet construction that protects stem packing from cryogenic exposure, ensuring reliable operation and leak-free performance in the most demanding thermal environments. With a maximum supply pressure of 50 barg and available in spring-open or spring-close configurations, the valve offers flexible control options for automated systems. The PTFE soft seat design provides tight shutoff with Class VI leakage rating, while optional bellows sealing enhances fugitive emission control for environmentally sensitive applications. Manufactured according to ASME B16.34 standards and compliant with PED 2014/68/EU, this valve delivers the safety and reliability required for handling hazardous cryogenic media including liquid oxygen, liquid nitrogen, LNG, and LPG.

This cryogenic valve finds essential application across multiple industries where temperature extremes demand specialized equipment. In the energy sector, it controls flow in LNG and LPG processing plants, ensuring safe handling of liquefied gases during production, storage, and distribution. Industrial gas manufacturers rely on these valves for air separation units producing liquid oxygen and nitrogen, where precise control maintains process efficiency and product purity. Chemical processing facilities utilize them for cryogenic reactions and storage, while pharmaceutical companies depend on their reliability for temperature-sensitive manufacturing processes. Research institutions and medical facilities also implement these valves in laboratory systems and medical gas delivery where consistent low-temperature performance is critical.

The business value of the C130M Cryo Valve lies in its proven reliability and operational safety, reducing downtime and maintenance costs in critical applications. Its robust construction withstands thermal cycling without performance degradation, ensuring long service life even under continuous extreme conditions. The valve's compliance with international standards simplifies integration into existing systems and facilitates global procurement for multinational operations. By preventing leaks and ensuring precise flow control, it protects valuable cryogenic media and maintains process efficiency, directly impacting operational economics. The pneumatic actuation enables seamless automation integration, while the extended bonnet design minimizes heat transfer to critical components, enhancing overall system reliability and safety.

Key Features:
- Pneumatic piston actuator with spring-open or spring-close configurations for flexible control
- Extended bonnet construction protecting stem packing from cryogenic exposure and thermal stress
- PTFE soft seat design ensuring tight shutoff with Class VI leakage rating for maximum sealing integrity
- Temperature range from -196°C to +121°C suitable for extreme cryogenic to moderate temperature applications
- Manufactured to ASME B16.34 standards with PED 2014/68/EU compliance for international acceptance

Benefits:
- Reliable performance in extreme low-temperature environments ensuring continuous operation without failure
- Enhanced safety through leak-tight shutoff preventing hazardous cryogenic fluid release
- Reduced maintenance costs with durable construction that withstands thermal cycling and repeated operation
- Flexible installation with multiple end connection options including BW, SW, threaded, and flanged
- Process efficiency through precise flow control maintaining optimal system performance and media conservation