• Anchor mixers are among the more common types of high-viscosity liquid mixers.
  • Anchor-shaped impellers are used for liquid viscosities between 5000 and 50,000 cP.
  • The swing diameter of the anchor is generally 90 to 95% of the mixing vessel.
  • There is low clearance between the impeller and the internal wall of the vessel.
  • Anchor impellers are preferred when heat transfer through a jacket is desired along with good mixing.
  • Scraper arrangements or wipers may be provided to remove material deposited on internal walls of the vessel, further improving the transfer of heat.
  • Anchors are commonly used in crystallization reactors.
  • Speeds range from approximately 5.5 to 45 rpm
  • Impeller diameters range from 600 to 3000 mm. An anchor impeller is shown in Fig.

Other Blades

Pitched Blade Turbine
Pitched blade turbine are axial flow impellers used in top-entering agitator..Read more
Marine Propellers
A propeller is a high-speed axial flow impeller generally used for liquids of low viscosity…Read more
High Efficiency Impeller
 are also referred to as high-efficiency impellers since they are designed to maximize fluid flow and minimize shear rate..Read more
Flat Blade Disc Turbine
The turbine is a disk-type (six-blade turbine) radial flow impeller..Read more
Paddle Turbine
Open-blade impellers like the flat blade turbine (also known as a paddle impeller) and backswept open turbine are radial flow impellers…Read more
Helical Mixer
Helical mixers are capable of operating over a wide band of viscosities, ranging from low-viscosity liquid to highly viscous materials up to 4 million cP.. Read more
High Shear Impeller
High-shear impellers are used in applications that require a high shearing action, as in grinding, dispersing pigments, and making emulsions…Read more
Change Can Mixers
Change can mixers are configured vertically, with a vertical cylindrical vessel and a bottom dished end..Read more

 

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Mixer Designs for high viscosity mixing – High viscosity mixers can be designed for batch as well as continuous operation…Read More