The difference between traditional emulsifying machine and vacuum emulsifying machine
Release time:
2023-03-21
As a common mechanical equipment, vacuum emulsifying machine forms high-frequency, circumferential tangent speed, angular speed and other comprehensive kinetic energy efficiency through high-speed and stable rotation of the rotor. Under the effect of the stator, the reasonable and narrow gap between the stator and the rotor forms the comprehensive effects of reciprocating hydraulic shearing, conflict, centrifugal kneading, liquid flow collision and the like. The material circulates in the container for the above operation process, and then obtains the product.
Although the traditional emulsifying machine can achieve the purpose of homogenization of the material, the products after production often lack luster and are easily oxidized or contaminated. The vacuum emulsifying machine just solves this problem, it can be through the method of vacuum, the products produced in the mixing process is not mixed with bubbles, and then can produce a glossy, delicate and ductile products. In the manufacturing process of highly viscous emulsions, creams, ointments and emulsion products, the general problem of emulsifiers is that the particle size of the loose phase is large and the air is mixed into the product during stirring. Excessive particle size leads to instability and lack of luster of the emulsion. Mixing air into the product will make the product bubble, bacterial contamination, easy oxidation and unsmooth appearance. In view of the two major problems, the vacuum emulsifying machine is composed of a homogeneous stirrer, a central blade stirring and a scraping wall stirring, which complement each other and combine them into a good stirring method to reach a good mixed product.

vacuum emulsifying machineAs a common mechanical equipment, it forms high-frequency, circumferential tangent speed, angular speed and other comprehensive kinetic energy efficiency through high-speed and stable rotation of the rotor. Under the effect of the stator, the reasonable and narrow gap between the stator and the rotor forms the comprehensive effects of reciprocating hydraulic shearing, conflict, centrifugal kneading, liquid flow collision and the like. The material circulates through the above operation process in the container and then obtains the product.
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