Abstract
External gear pumps find widespread application across various industries owing to their simplicity, efficiency, and reliability in fluid transfer tasks. However, cavitation poses a significant challenge to these pumps, potentially impairing their performance and leading to premature failure. This article delves into innovative approaches for mitigating cavitation effects, with a specific focus on material selection and surface coatings. By harnessing advanced materials and coatings, enhanced durability of pump components can be achieved, minimizing cavitation-induced damage and ultimately improving pump performance and longevity. Keywords: cavitation, external gear pump, cavitation between gears, hydraulic equipments.
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