What is Particle Size Reduction?
The basic mechanical process of milling, also known as
grinding, granulating, comminuting, etc., is generally used either:
A) to break apart clumps or agglomerates– that may have developed
during storage, transportation, or handling of a given material
without altering the average/mean size of the particles which
make up the material, a process often referred to as deagglomeration;
B) to reduce the average/mean size of the particles in a given material, also known as particle size reduction.
Fluid Air milling systems can size reduce wet or dry powders in the range of
10 to 400 mesh (2000-27 microns). The systems are equipped with variable
speed drives to permit low speed screening and high speed impacting with
one milling system. A typical Fluid Air milling system consists of an inlet,
chamber with rotor, screen, and an outlet. The particle size distribution
generated is dependent upon the speed of the rotor, rotor type, screen
hole size and the feed rate of the product. All of these parameters are
critical and will affect the end particle distribution.
The following graphic shows how changes to the operating parameters
affect the particle size and distribution of the product being processed.
Use the view button to activate the individual animations.