Turning and milling composite machining, with its unique process advantages and advanced system integration capabilities, provides an efficient and high-precision solution to the machining challenges of slender shaft parts.
Turning and milling composite machining, with its unique process advantages and advanced system integration capabilities, provides an efficient and high-precision solution to the machining challenges of slender shaft parts.
From ancient bronze and ironware to modern precision machinery and aerospace components, metal products have witnessed every leap forward in human civilization.
Industrial gear pumps are core equipment for fluid transportation, and the design of their overload protection function is directly related to the stability and safety of equipment operation.
In this trend, hardware products in new energy vehicles are no longer simply connecting, supporting, or fixing components in the traditional sense; they are now deeply involved in optimizing the overall vehicle structure and improving its performance.
By improving the impeller inlet geometry, the liquid flow acceleration and pressure drop can be effectively reduced.
Although the layout of the outlet pipeline is not directly involved in the suction process, it will indirectly affect the suction performance and cavitation risk by affecting the working pressure of the pump.