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The butterfly valve seat is the core component that ensures the valve's sealing function. It is typically made of an elastomer (such as EPDM, NBR) or PTFE. Seat wear directly affects the valve's sealing performance and service life. Understanding the factors that cause premature seat wear is key to ...
The flow characteristic curve is a core parameter for measuring valve performance. It reveals the relationship between a valve's relative flow rate and its relative opening. For butterfly valves, their flow characteristic curves are typically categorized as either equal percentage or near-equal perc...
As a critical component in the control of high-purity, sterile, and corrosive fluids, the reliability of automated diaphragm valves is directly linked to the stability of the entire production process and product quality. However, even well-designed automated systems are not completely immune to cer...
In the industrial fluid control field, diaphragm valves, due to their unique structure and excellent sealing performance, are widely used to handle high-purity, corrosive, or viscous media. When discussing diaphragm valve control methods, automatic and manual diaphragm valves represent two core cate...
Automatic valves perform critical functions in industrial control systems, including flow regulation, pressure control, and safety protection. Valve performance stability is directly linked to the safety and efficiency of production systems. Regular calibration and performance testing are key measur...
Automatic valves play a critical role in industrial piping systems. The correct valve selection not only impacts the system's flow control accuracy but also determines the pipeline's safety and long-term operational stability. Fluid characteristics, including viscosity, corrosivity, temperature, pre...