Understanding Industrial Agitators

Before understanding how industrial agitators function, it is essential to zone in on the various types on agitators in use across the globe. Here is a breakdown:

Paddle Agitators: This is among the primary types of agitators replete with blades that extend up to tank walls. Paddle agitators are put to use where uniform laminar flow of liquids is required.

Anchor Agitators: The anchor agitator comprises a shaft and a propeller that has an anchor-like design. These agitators can be mounted at an angle or centrally. They are mostly used in reactors.

Radial Propeller Agitators: Radial industrial agitators comprise propellers akin to marine propellers. They have two to four blades that rotate in a screw-like motion. The material is propelled and agitated parallel to the shaft.

Propeller Agitators: A propeller agitator has been shaped with blades that taper towards the shaft to decrease centrifugal force and increase axial flow. Propeller agitators are the best fit for hassle-free mixing jobs.

Turbine Agitators: The turbine agitator has the ability to create turbulent movement of fluids owing to the combination of rotational and centrifugal motion.

Helical Agitators: A helical industrial agitator comes with blades that have a twisted mechanism, quite similar to the threads of a screw. The curves ensure fluids are vigorously churned to be agitated. Helical agitators are especially useful for mixing viscous liquids. 

It is also pertinent to note that the diameter of an agitator is dependent on the diameter of the vessel. These industrial agitators are also useful for the production of pharma glass. 

Therefore, it can safely be added that the diameter of an agitator is 1/3rd the diameter of the tank for an axial flow turbine, marine propeller, disc blade turbine and backward blade turbine, among others. On a sidenote, the pharma glass industry depends on the functioning of industrial agitators.