Nano level homogenizer, also known as "high-pressure fluid nano homogenizer", can make suspended materials flow through a special internal structure chamber (high-pressure homogenization chamber) at high speed under the action of ultra-high pressure, causing a series of changes in physical, chemical, structural properties and ultimately achieving homogenization effect.
Comparison of Principles between Nano Homogenizer and High Shear Emulsifier:
Nano homogenizerIt is the high pressure generated by a hydraulic pump that causes fluid to pass through a valve core with a very small aperture, producing several times the speed of sound, and rapidly passing through the narrow gaps of loose units for intense high-speed collisions. During the collision process, the fluid instantly converts most of its energy, causing a sharp drop in pressure inside the fluid to form a supersonic fluid. The particles in the fluid collide, cavitation, and turbulence, and shear forces act on the nano-sized fine molecules, resulting in a homogeneous composition of the fluid.
High shear emulsifierMainly relying on the high shear effect generated by the relative high-speed motion between the stator and rotor, the material is sheared, torn, and mixed. At the same time, the strong void effect loosens, refines, and homogenizes the material particles. Its advantages are large processing capacity, good stability of the produced products, no easy damage to milk layering, machine durability, and simple maintenance. The homogenization method is more abundant.