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Impellers

In recent years, the requirements for mixing systems in industrial applications have increased steadily. The design of the impellers, the selection of a suitable mixing system, as well as the arrangement of the individual components on the agitator have a decisive influence on the process engineering and mechanical properties.

VISCOPROP

The all-rounder with high mixing performance. Versatile due to the different blade angles and number of blades.

ISOJET

The most efficient impeller by far, as soon as axial pumping in a turbulent system is required. Ideal for blending and suspending at low viscosities.

ISOJET B

A low shear widefoil impeller for combined mixing requirements as suspending, homogenizing, gassing and heat transfer with low local shear.

PHASEJET

Highly efficient gas dispersing impeller for gas-liquid-reactions and gassed suspensions.

COMBIJET

A highly efficient impeller for fermenters and gas-liquid reactors.

GASJET

Self-aspirating gassing impeller for internal recirculation of the gas from the reactor head. Ensures complete conversion of technically pure gases.

Combined Gassing

An agitator system of EKATO PHASEJET and GASJET combining high gas rate dispersion with the internal gas recirculation.

VARIOBLADE

Modular impeller system with an optimized split between axial and radial flow components.

PARASEG

The EKATO PARASEG is specifically designed for mixing medium to high viscosity process stages and can fulfill a wide range of process tasks.

PARAVISC

The EKATO PARAVISC is specifically designed for mixing highly viscous products but efficiently can handle low viscous process stages.

PARAVISC-COAXIAL

An agitator system with independently operating wall and central impellers that can run with different shaft speeds and in both rotational directions.

INTERMIG

Impeller with one inner blade and the two-staged outer blade with opposing blade angles, mainly used for homogenization in medium viscous areas.

TORUSJET

A high performance impeller developped for draft tube apparatus as in continuous crystallization processes.

EPAL

An impeller optimized for horizontal vessels. The special blage geometry guarantees a highly efficient mixing even in the corners of the vessel.

EPOX-R

Impeller with unique wear-optimized blade geometry, optional equipped with wear-protective coatings or ceramic blades. Ideal for oxidation autoclaves.

WINGJET

Developed for absorber towers in flue gas desulfurization plants, the WINGJET is the most successful and efficient impeller for this application.

SOLIDS-PARAVISC

Provides significantly improved heat transfer due to its special design, which significantly reduces drying times.

ENDSFOIL

Close-to-Bottom Impeller System, Ideal for suspension applications with high risk of solid deposits

ISOPAS

Impeller specially developed for processing pasty and poorly flowing media, for the SOLIDMIX solids mixers and dryers.

SOLIDFOIL

Prevents lump formation in sticky bulk solids and/or intensifies surface contact between solids and supplied gas.

Dissolver

Suitable for dispersing, emulsifying and solids disintegration for medium to high viscosity applications due to very high local shear forces.

AQUAJET-B

Developed to mix products with long fibrous components. The special shaped hub / blade geometry ensures no damage of fibers

Conventional Impellers

Basic impeller types of which dimensions and designations are standardized in DIN 28131.