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This article focuses on materials and manufacturing of "high-flow, high-head" pump castings for shipbuilding/offshore engineering. It addresses challenges of mechanical stress and seawater corrosion, introducing solutions like high-strength sand casting, duplex stainless steel, and compliance with DNV/ABS/CCS standards, offering reliable cast steel components.

In the world of industrial fluid handling, manufacturing large-scale pump components is a test of a factory's true strength. Procurement managers often face a dilemma: foundries that can cast big parts often lack precision machining, while machine shops lack the capacity for massive castings.

As the core pressure-bearing component of pump systems, the casting quality of pump casings directly determines operational stability, service life, and safety performance. Across industrial applications—from centrifugal pumps for agricultural irrigation to corrosion-resistant pumps in chemical plants, and high-temperature/high-pressure pumps in power systems—these cast casings play an indispensable role. High-quality casings effectively withstand medium pressure and resist corrosion, ensuring smooth fluid flow. Conversely, substandard casings may develop leaks or cracks, potentially causing equipment failures or even safety incidents. Therefore, in-depth research into material selection, process optimization, quality control, and technological innovation for pump casings is crucial for enhancing the overall performance of pump systems.