During system operation, the flange connection status needs to be checked regularly, loose bolts tightened, and dirt cleaned from the mating surfaces to prevent coaxiality deterioration due to long-term vibration or corrosion.
Faced with the extreme demands of the battlefield for mobility, reliability, and survivability, achieving lightweight while ensuring ultra-high strength has become the core challenge in the design and manufacturing of military thread blocks. Achieving thi
In critical industrial systems such as petrochemicals, power generation, shipbuilding, and pressure vessels, the overflow short pipe flange, as a core connecting component for safe venting or media diversion, directly affects the sealing safety and operat
The bolt material must match the flange material to avoid electrochemical corrosion, and must also meet the strength requirements under operating conditions.
Task partitioning needs to consider the matching degree between thread block size and hardware resources to avoid resource contention due to excessively large thread blocks or excessive scheduling overhead due to excessively small thread blocks.
The test pressure is used to verify the strength and sealing performance of the flange, and is usually 1.5 times the nominal pressure, using a hydrostatic test.