The length, width and height ratio of the outer shell must be reasonable to avoid local stress concentration caused by pressure overlap, thereby reducing the explosion resistance performance.
The built-in connection method of an inner flange conceals the connection structure inside the pipe, fundamentally reducing external risks and improving the overall safety of the pipeline.
Bolted connections are a core component of flange connectors, and their design directly affects the connector's resistance to brittle fracture.
In industrial piping systems where external flanges are widely used, their design not only concerns sealing and pressure bearing capacity but also profoundly affects equipment maintainability and the system's adaptability to thermal stress.
The sealing structure design of the flange connector is the core element in preventing media leakage, and its reliability directly affects the safety and stability of the entire system.
In industrial piping systems, flanges, though connecting components, bear a crucial responsibility—they must withstand changes in medium pressure and temperature, and maintain zero leakage for years or even decades.