The vacuum emulsifier is mainly composed of a pretreatment pot, a main pot, a vacuum pump, hydraulic and electrical control systems, etc. Vacuum emulsifier refers to the use of a high shear emulsifier to quickly and uniformly distribute one or more phases into another continuous phase in a vacuum state. With the strong kinetic energy brought by machinery, the material is subjected to several to tens of thousands of liquid shear, centrifugal extrusion, impact tearing and other comprehensive effects per minute in the narrow gap between the stator and rotor. It instantly and uniformly disperses and emulsifies the material, and after high-frequency cyclic reciprocating, it finally obtains high-quality products that are bubble free, delicate and stable.
Vacuum emulsifiers are commonly used in fields such as biomedicine, food industry, daily care products, coatings and inks, nanomaterials, petrochemicals, printing and dyeing auxiliaries, papermaking industry, pesticides and fertilizers, plastics and rubber, power electronics, and other fine chemicals.
Where are the advantages:
The laboratory vacuum emulsifier has all the functions of a production-oriented vacuum emulsifier, including slow scraping and stirring, high-speed homogenization and emulsification, heating, cooling, vacuum degassing, adjustable lid, and tilting and discharging of the pot body. As the saying goes, 'Although sparrows are small, they have all five organs.'. Compared to simple laboratory homogenizers, laboratory vacuum emulsifiers are directly connected to production type vacuum emulsifiers for pre sampling and pilot testing of products to obtain accurate production processes and technical parameters, providing solid technical support for mass production