What Influence Will The Pressure Environment Of Forged Steel Stop Valve Be Affected By And How To Subdivide It

The pressure environment of forged steel stop valves is affected by the following factors:

1. Working pressure level: Forged steel stop valves have different working pressure levels according to different design requirements and application scenarios. The working pressure level is usually expressed in standard "CL (Class)", such as CL150, CL300, etc. Forged steel stop valves with different working pressure levels are suitable for different pressure environments. A higher working pressure level means that the forged steel stop valve can work normally under higher pressure.

2. Temperature influence: The pressure environment of forged steel stop valves is also affected by temperature. High temperature environment or low temperature environment has certain requirements for the material selection, sealing performance and pressure resistance of forged steel stop valves. Therefore, it is necessary to select the appropriate forged steel stop valve material and structure according to the temperature range of the actual application scenario.

3. Fluid properties: Different fluid properties also affect the pressure environment of forged steel stop valves. For example, corrosive fluids, high viscosity fluids or fluids with high particle content may put forward higher requirements on the material, sealing performance and corrosion resistance of forged steel stop valves.

The pressure environment of forged steel stop valves can generally be subdivided according to the following aspects:

1. According to the working pressure level: the common working pressure levels of forged steel stop valves include CL150, CL300, CL600, etc., and each level corresponds to a different pressure range.

2. According to the temperature range: Forged Steel Globe Valve is subdivided according to the applicable temperature range, such as low-temperature forged steel stop valves, high-temperature forged steel stop valves, and normal temperature forged steel stop valves.

3. According to the properties of the fluid: Forged steel stop valves involving special fluids (such as corrosive fluids, high-viscosity fluids, etc.) can be subdivided separately, and usually require special design and material selection.

It is necessary to consider the pressure level, temperature range, and fluid properties when selecting a forged steel stop valve based on actual working conditions and needs to ensure that the selected forged steel stop valve can operate safely and reliably in a given pressure environment.