How to produce materials using a vacuum homogenizing emulsifier

How to produce materials using a vacuum homogenizing emulsifier
Vacuum homogenizing emulsifiers play a significant role in mixing systems in various industries. The characteristics of vacuum emulsifiers are particularly evident in solid-liquid integration, water oil emulsification, homogeneous dispersion, and grinding and shearing. The function of a vacuum homogenizing emulsifier has two aspects: emulsification and dispersion. What is dispersion? The shear function of Epwell's vacuum homogenizing emulsifier finely reduces the particle size of powder particles in water after collision, allowing solid matter to be completely mixed into the water and become a relatively stable suspension. This workflow is called "dispersion". Like emulsifiers, the stability of the suspension is greatly increased after the addition of dispersants. If certain solid substances can be completely dissolved by the liquid after mixing with it for a certain period of time, the fine particles formed by shear collision will be quickly dissolved by the liquid.
The emulsification machine acts on the process of material refinement and thorough mixing, also known as "homogenization". We can also call an emulsifier a homogenizer. To distinguish between categories, it is commonly referred to as a high shear and high-speed homogenizer. So emulsifiers can be called high shear dispersion emulsifiers, high shear homogenization dispersion emulsifiers, high shear homogenization emulsifiers, high shear homogenization emulsifiers, etc. The imported cosmetics equipment company chooses Epwell Machinery to provide you with high-quality equipment and good after-sales service.
The components of a vacuum emulsifier include a main pot, a pre-treatment pot, electrical control, and mechanical equipment such as a vacuum pump hydraulic. The working process of a vacuum emulsifier is a comprehensive reaction production process. In this process, vacuum emulsifiers have five major advantages.

Firstly, the vacuum emulsifier adopts a concentric dual axis structure, which allows the agitator and shear of the vacuum emulsifier to operate independently and produce good product results.
Secondly, the vacuum emulsifier is controlled by technologically advanced electrical control, and the precise system program ensures the stable and reliable performance of the vacuum emulsifier.
Thirdly, the reason why the vacuum emulsifier is called a vacuum emulsifier is because it adopts a fully enclosed vacuum system, which prevents other impurities from being mixed into domestic main materials, thereby ensuring the quality of the product.
Fourthly, there are no dead corners inside the vacuum emulsifier because a force scraping device is installed on the agitator, so there is no problem processing high viscosity materials.