Cryogenic Proportional Control Valve SS IP65 PWM Low Temp

The GKV3 Wedge Gate Valve is a high-performance industrial valve designed for reliable on/off service in a wide range of applications. Operated via a hand wheel, the valve controls the stem and gate to rise, providing tight shut-off and low pressure drop. This valve is engineered to meet both general and severe service conditions, ensuring safety and efficiency in critical systems.  

GKV134D Cryogenic Ball Valves – Floating & Trunnion Mounted are designed with extended bonnets and high-performance sealing systems to ensure safe, leak-free operation at extremely low temperatures. Engineered and tested for demanding cryogenic services, these valves deliver long-term reliability in LNG plants, air separation units, liquid oxygen and nitrogen storage, hydrogen applications, and other industrial processes requiring precise control of cryogenic fluids.

The GKV1800C/GKV1600N/GKV1600H Pneumatic single seat regulating valve is a high-precision process control valve that drives the linear displacement of the valve core through a pneumatic actuator, accurately adjusting the flow rate, pressure or temperature of the medium in the pipeline. Its single seat valve body structure (single sealing surface) design, combined with top guide or cage guide system, ensures stability and sealing under high pressure differential conditions, adapts to the continuous regulation requirements of harsh media such as liquids, gases, and steam, and is widely used in automation control systems in industries such as chemical, petroleum, and power, achieving millimeter level control of process parameters.

CTBV The Cryogenic Top Entry Ball Valve is engineered for ultra-low temperature applications down to -196°C, providing exceptional sealing performance and operational reliability in cryogenic service. Designed with a trunnion or floating ball configuration, it is ideal for LNG, liquid nitrogen, liquid oxygen, and other cryogenic media. Featuring precision machining, extended bonnet design, and dual-sealing stem structure, this valve guarantees smooth operation, minimized torque, and superior resistance to freezing.

The GKV16N GKV18C GKV16H series intelligent electric control valve integrates high-precision electric actuators and intelligent control modules, adopts hardened sealing and corrosion-resistant valve bodies, and is widely used in chemical, energy, pharmaceutical and other fields.  

GKV425L Cryogenic Globe Valves designed with advanced sealing technology and precision manufacturing, these valves deliver low operating torque, stable and consistent sealing performance, and an extended service life, even under high-pressure conditions.

GKV710 Pneumatic On-Off Butterfly Valve combine 200 psi performance with a relatively low operating torque. The secret is a design that matches a specially-shaped disc edge with a unique elastomer contour. The result is a low friction seal that operates easier and lasts longer. Easy operation, reliable and durable, low wear, low operating torque, and lightweight.

GKV426L GEKO Cryogenic Gate Valve with smooth operation, minimal thermal expansion, and robust construction. Reliable sealing, low operating torque, and long service life make it ideal for LNG, industrial gases, and cryogenic chemical applications.    

GKV925 The Goetze spring-loaded safety relief valve is mainly used in cryogenic liquid medium systems such as liquefied natural gas (LNG), liquid oxygen (LO₂), liquid nitrogen (LN₂), and liquid argon (LAr). This series adopts a micro-lift disc design with threaded connections. The design temperature range is -270°C to +400°C. Key components undergo cryogenic treatment and impact testing to ensure stable operation under low-temperature conditions.  

The Regulator Control Valve GKV51PR can automatically reduce the high inlet pressure to a stable low outlet pressure, regardless of changes in flow rate or inlet pressure. It uses a precise pressure regulator to maintain the outlet pressure within a pre-set range. When the outlet pressure exceeds the setting pressure of the relief valve, the valve body and the regulator will automatically close, creating a tight seal. If the optional check feature is selected, the valve will close when reverse pressure is generated, preventing the return of liquid by allowing the return liquid to enter the chamber and trigger the closure.