1. Accelerates equipment wear: Operating under excessive pressure significantly intensifies the erosive force of the material inside the hydrocyclone, markedly accelerating the wear of components such as the cyclone tube and inner walls, thereby drastically shortening the equipment's overall service life.
2. Compromises sealing structures: Prolonged exposure to excessive pressure stresses pipe connections and seals, leading to leakage or material blowout; in severe cases, it may even cause localized structural deformation.
3. Increases load-related wear and tear: Excessive pressure forces the associated pump assembly to operate under overload conditions for extended periods, increasing wear on the motor and pump body and raising the probability of equipment failure.
4. Compromises process safety: Excessive pressure disrupts the stability of the internal flow field, causing violent equipment vibration, which further increases the risk of components loosening or sustaining damage.
