The diaphragm structure of a manual diaphragm valve is one of the key designs of the valve, which directly affects its sealing performance and applicability. The following is a professional detailed explanation of the di...
Manual diaphragm valves are widely used in fluid control systems for their excellent sealing performance. Sealing performance is crucial to the normal operation of the valve and to preventing media leakage. Diaphragm str...
Due to its special design and working principle, the manual diaphragm valve shows excellent applicability in many industrial applications. Media adaptability Manual diaphragm valves have wide adaptability when handling m...
Among the fluid dynamics effects of butterfly valves, vibration and noise are two important issues, which are directly related to the stability of the system and the comfort of the working environment. Vibration Causes: ...
The vortices and turbulence generated by butterfly valves during operation are two important phenomena in fluid dynamics. They directly affect the performance of the valve, the energy efficiency and vibration stability o...
The pressure drop in the fluid dynamics effect of a butterfly valve refers to the pressure loss caused by the valve structure and movement when the fluid passes through the butterfly valve. Pressure drop is a key paramet...