Production of pumps and the solution to hydraulic requirements is a core corporate competence. Egger is the industry leader in the area of difficult liquids and liquids with a tendency to clog. Industrial focus on innovative pump technology Since its founding in 1947, the enterprise has focussed on the integrated manufacture of pumps. This specialisation has led to great depth of experience on the one hand, in the production of pumps with all of their components and on the other, in mastering the many requirements made available by a wide assortment of pumps in a large variety of industries. Both management and staff are technical experts in pump technology. Knowledge of materials, hydraulic expertise and experience in the execution of processes make Egger a sought-after consultant when it comes to the pumping of fluids. Principle of the centrifugal pump A centrifugal pump is a continuous flow machine with a rotating impeller within its pump casing. The fluid enters via an intake manifold and is forced into rotation by the impeller. As a result, the liquid is driven in a circular path toward the outside. The kinetic energy thus developed is converted into pressure energy in the discharge area of the casing and forced into the discharge pipe. The pumped fluid in a centrifugal pump is directed either transversely from the drive axle (radial flow) or in the direction of the drive axle (axial flow). Radial flow pump (T EO / EOS TEO) Radial pumps are centrifugal pumps for which the liquid being pumped exits from the impeller radially, in other words, perpendicular to the pump shaft. As a result of this deflection of the flow in the impeller, higher centrifugal forces result than in axial machines; this results in higher supply pressures but lower flowrates. Turo Vortex Pump T: Additional information on the hydraulics.Process pump EO / EOS: Additional information on the hydraulics.Hybrid pump TEO: Additional information on the hydraulics. + Read More