联系我们 Contact us

How can we support you?

+86-21-64952966-0

查找您当地的联系人:

         All contacts
EKATO

AQUAJET-B

Homogenizing of Biomass, Polymer Fibers or Food

This impeller was developed to mix products with long fibrous components. The special shaped hub / blade geometry ensures no damage of fibers by gently sliding along the impeller blade and prevents the impeller and shaft from entanglements.
EKATO AQUAJET-B
Sedimentation basins and digestion tanks often contain long fibrous components that become entangled around the impeller and shaft during continuous operation and slowly form clumps and pigtails. That issue compromises the pumping efficiency, causes imbalances and also increases the power consumption of an agitator. The EKATO AQUAJET-B has been specifically developed to deal with these problems. This impeller is characterised by large-diameter hubs and a new blade geometry in which the leading edges are curved backwards. This prevents entanglement of long fibres that wrap around the hub and the leading edge of the blade.
  • Clog-free impeller, i.e. no "collection" of fibers on the front blade edge
  • Ideal for the homogenization of media containing long-fibers
  • No damage of fibers by gently sliding along the impeller blade

Related Topics

You may also be interested in these topics

Solidfoil4_Titel-1400x800-1-aspect-ratio-5-4

SOLIDFOIL

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

Learn more
HWL_N_1400x800-aspect-ratio-5-4-1

Reactor Agitators HWL-N

The reactor agitators type HWL-N are the most powerful agitators within EKATO’s product range, with drive powers of up to 4000 kW.

Learn more
Polymer_1400x800-aspect-ratio-5-4

Plastics

When producing polymers, it is the right mixing solution that decides about the final product quality,

Learn more
Biotechnologie_1400x800-aspect-ratio-5-4

Biotechnology

Biotechnology is regarded as a key technology of the 21st century. One of its main applications is the use of living organisms like bacteria...

Learn more