Pipeline emulsifier, also known as homogenizing pump, emulsifying pump, homogenizing emulsifying pump, is to repeatedly cycle the material or install it on the pipeline to crush, shear, homogenize and emulsify the material. Now let's introduce the working principle and performance characteristics of the emulsifying pump.

First, the working principle of the emulsifying pump

A high-shear emulsifying pump is the process of quickly and uniformly transferring one or more phases (liquid, solid, gas) into another immiscible continuous phase (usually liquid). Whereas, under normal circumstances, the phases are not miscible with each other. When an external capacity is entered, the two materials are reconstituted into a homogeneous phase. Due to the high tangential speed generated by the high-speed rotation of the rotor and the strong kinetic energy brought by the high-frequency mechanical effect, the material is subjected to strong mechanical and hydraulic shear, centrifugal extrusion, liquid layer friction, impact tearing and other comprehensive effects in the narrow gap between the stator and the rotor, forming suspended emulsion, emulsion and foam. As a result, the immiscible solid phase, liquid phase and gas phase are instantly dispersed and emulsified evenly and finely under the joint action of the corresponding mature process and appropriate amount of additives, and stable high-quality products are obtained through high-frequency reciprocation.

High shear emulsification pumps, mainly used in the production of microemulsions and ultrafine suspensions. Because the three groups of dispersion heads (stator and rotor) in the working chamber work at the same time, the emulsion has more delicate droplets and narrower particle size distribution after high shear, so the resulting mixture has better stability. All three sets of dispersion heads are easy to change and are suitable for different process applications. The different models of machines in this series have the same linear speed and shear rate, which makes it ver