1.Welded connection ensures absolutely reliable sealing
The valve body features standard welding grooves on both ends, allowing for direct butt welding with pipelines. This eliminates the risk of leakage from flange gaskets, and the connection boasts extremely high strength, capable of withstanding high pressure, high temperature, and thermal stress cycles.
Cemented carbide seal (Type "Y")
2. The sealing surface between the valve disc and the valve seat is deposited with high-hardness alloys such as Stellite, which maintains excellent wear resistance, corrosion resistance, and tight sealing under the erosion of high-pressure, high-speed, and high-temperature media.
3.High-pressure dedicated valve structure
The valve body is forged or cast from high-strength alloy steel (such as F91, F92) and optimized through precise finite element analysis (FEA). The wall thickness and flow channel design can safely withstand extremely high operating pressures (such as PN25-PN250 or even higher levels).
4.Suitable for extreme operating conditions
The overall design is tailored for high-temperature (up to 600°C), high-pressure, and potentially severe vibration environments. Material selection and heat treatment processes ensure the long-term stability of the valve under extreme conditions.
5.Compact structure, small space occupation
Compared to flange connections, welded connections eliminate components such as flange plates and bolts, resulting in a more compact overall valve structure, which is particularly advantageous in dense piping layouts.