Description

Impeller is the key rotating component of pumps such as water, oil, and industrial pumps. It generates centrifugal force to increase fluid pressure and flow within the system. By spinning at high speed, the impeller draws in fluid and propels it through the piping network, enabling efficient pump operation.

Features of Impeller

Creates Pressure and Flow
Boosts fluid movement by converting mechanical energy into kinetic energy
Durable and Corrosion-Resistant Materials
Made from stainless steel, cast iron, brass, plastic, or ceramic to resist wear and corrosive fluids
Available in Multiple Designs
Tailored for various flow conditions, fluid types, and pressure requirements
Reduces Pump Wear and Motor Load
Improves overall system performance while extending the life of the pump and motor
Applicable Across Multiple Industries
Suitable for water systems, oil transfer, wastewater, and chemical applications

Types of Impellers

Open Impeller
No side covers; ideal for fluids with solids like wastewater or sludge
Semi-Open Impeller
One side cover; good for fluids with small particles or moderate impurities
Closed Impeller
Covered on both sides for maximum efficiency with clean fluids and high-pressure systems
Vortex Impeller
Generates a swirling flow to reduce clogging; suitable for solids-laden fluids
Multistage Impeller
Multiple impellers in series to deliver very high pressure; used in high-rise buildings and boiler feed systems

Applications of Impeller

Water Supply & Wastewater Treatment
For clean water, wastewater, and submersible pump systems
Petrochemical & Refinery Plants
Transfers high-pressure oil and chemical fluids
Food & Beverage Processing
Ensures sanitary fluid transfer in hygienic environments
Power Generation Facilities
Used in high-pressure steam and cooling water pumps
Mining & Metallurgy Industries
Handles slurry, chemical solutions, and abrasive liquids