Types and differences of homogenizer
Homogenizer is a kind of equipment used to homogenize and emulsify liquid materials (liquid-liquid or liquid-solid phase). It is mainly used in food or chemical industry, such as: dairy products, beverages, cosmetics, tissue dispersion in biotechnology, homogenization and emulsification process in the production of pharmaceutical products. Shanghai homogenizer adopts stainless steel system.
Homogenizer is divided into high pressure homogenizer and high shear homogenizing emulsifier.
High-shear dispersed emulsifying homogenizer is a high-speed and stable rotation of the rotor, forming high-frequency, strong circumferential tangential velocity, angular velocity and other comprehensive kinetic energy. Under the action of the stator, the stator and rotor reasonably narrow gap in the formation of strong, reciprocating hydraulic shear, friction, centrifugal extrusion, liquid-flow collision and other comprehensive effects. Materials in the container loop over the work process, and ultimately get the product.
Guangzhou Homogenizer means to refine the material under the triple action of extrusion, strong impact and depressurization expansion, so that the material can be more evenly mixed with each other. Points. In the process of passing through the working valve, the material will produce strong shearing, impact and cavitation under high pressure, so that the liquid material or solid particles with liquid as the carrier can be ultrafine. The high pressure homogenizer is composed of motor, plunger pump, emulsifying valve, impact ring and material tank. The solid-liquid two-phase raw materials are sucked into high pressure by plunger pump and sprayed into impact ring at high speed from the emulsification valve to complete the emulsification homogenization process.

The two is called homogenizing machine. One is high-speed shearing emulsifying homogenizer. It cuts the emulsion quickly into small oil in water or oil in water droplet by using the cutter head. To a certain extent, the force between droplets increases and it is difficult to polymerize to form a relatively stable emulsion. One is to use high pressure to disperse the emulsion through tiny pores. A small droplet forms a relatively stable emulsion.