The OD1/2" high-pressure ferrule check valve is precision-machined from high-strength stainless steel and is suitable for high-pressure gas or liquid pipeline systems.
¡ð Nominal diameter: 1/2" (1/8"-1")
¡ð Working pressure: 6000 psig (413 bar), with a maximum of 10000 PSI (689 bar)
¡ð Operating temperature: -10¡ãF to 625¡ãF (-23¡ãC to 320¡ãC)
¡ð Actuation pressure: 1psig to 25 psig (0.02 to 1.7 bar)
¡ð Port type: ferrule, threaded, welded, flange
¡ð Product form: straight through
¡ð Materials suitable for sour gas environments compliant with NACE MR0175/ISO 15156 are available for selection
¡ð Hard-sealed elastic buffer valve seat, noiseless, and effective check function
The one-way valve adopts a needle seal type, with the O-ring only serving as an auxiliary seal for grinding, effectively solving the problem of aging sealing components of the valve and extending the service life of the valve
¡ð Each valve undergoes a sealing test before leaving the factory, which includes a 5% test at 1.5 times the rated working pressure, a 1PSI sealing test, and an opening test
The OD1/2" high-pressure ferrule check valve is precisely machined from high-strength stainless steel and is suitable for high-pressure gas or liquid pipeline systems. The ferrule connection is easy to install, reliable in sealing, and has excellent pressure resistance, effectively preventing medium backflow. With its compact structure and sensitive opening and closing, it is widely used in hydraulic, pneumatic, instrumentation, and chemical equipment to ensure safe, stable, and leak-free system operation.
The high-pressure swing flange check valve adopts a stainless steel valve body, featuring a sturdy structure and is suitable for high-pressure pipeline systems
The OD1/2" high-pressure ferrule check valve is precision-machined from high-strength stainless steel and is suitable for high-pressure gas or liquid pipeline systems.
The axial flow high-pressure check valve adopts a streamlined axial flow structure design, allowing the medium to flow axially along the valve body