Powder mixing equipment is the main and leading equipment of various powder application industries, because it plays a significant role and influence on the mixing result in the mixing, but also the main factor of the mixing quality. However, the mixing result is affected by many factors, not only the mixing equipment, mixing method, detection method and so on will affect the result. At the same time, the mixing quality is not only related to the choice of mixing equipment, but also has a certain relationship with the characteristics of the powder involved in mixing.
The characteristics of the materials involved in mixing have a certain influence on the mixing work. It mainly refers to the specific gravity particle size of the material, the roughness of the particle surface, moisture, dispersibility, the situation of agglomeration and the composition of the aggregate. The smaller the difference in these physical characteristics, the better the mixing effect, and the more difficult it is to separate after mixing. In addition, the smaller the proportion of a component in the mixture, that is, the larger the proportion of dilution, the less easy to mix. In order to reduce the separation of the mixing equipment after mixing, viscous liquid components, such as molasses, can be added near completion to reduce its dispersion and thus reduce the separation effect.
In the mixing of powder mixing equipment, the influence on the mixing quality is also the influence of the operating process in the entire mixing process. For example, the order of feeding, should be a large proportion of the components into the machine or most of the components into the machine and then put a small number of components on the top, that is, placed in a place that is easy to disperse, otherwise the components are gathered in a place that is not easy to disperse, affecting further mixing.
The choice of mixing equipment also affects the mixing effect and mixing quality of the entire batch. Since convective mixing is the function of moving materials from one part of the pile to another in clumps, rough clumps of mixing can be achieved. And on this basis, there can be more surfaces for fine, intergranular mixing.