Short. Working Principle: Fluid enters the impeller eye, is accelerated by vanes, and moves into a casing or diffuser, which converts velocity into pressure.Applications: Commonly used for water supply (boosting pressure to overhead tanks), irrigation, sewage, and chemical processing.

Long. Working Principle: Fluid enters the impeller eye, is accelerated by vanes, and moves into a casing or diffuser, which converts velocity into pressure.Applications: Commonly used for water supply (boosting pressure to overhead tanks), irrigation, sewage, and chemical processing.Types: Classified into single-stage (most common) or multi-stage, and by flow type: radial, mixed, or axial.Suitability: Ideal for low-viscosity liquids similar to water; not suited for high-viscosity materials.Performance: Can provide very high flow rates, with speeds often ranging from 900 to 7,500 rpm