International Journal of Mechanical Engineering

As a critical piece of equipment in chemical manufacturing, centrifuges require precise operational stability. Vibration-induced failures not only reduce production efficiency but also pose safety risks. This study thoroughly examines vibration causes in centrifuges during chemical processes, including rotor imbalance, bearing damage, and uneven material distribution. Through theoretical analysis and practical experience, we propose control strategies such as periodic balance adjustments, optimized bearing selection and maintenance, and precise material feeding control. These measures aim to effectively mitigate centrifuge vibrations, enhance equipment reliability, ensure stable and efficient chemical production, and contribute significantly to industrial safety and sustainable development.

Centrifuge; Chemical production; Vibration faults; Control measures; Equipment reliability