1、 Radial flow

  & nbsp; & nbsp; & nbsp; The flow direction of this flow pattern is perpendicular to the stirring shaft and belongs to radial flow. When encountering the container wall, this flow pattern will be divided into two directions, one downward and the other upward Eventually, it will return to the leaf tip, thus forming a circular flow up and down.

2、 Axial flow

  & nbsp; & nbsp; & nbsp; The flow direction of this flow pattern is parallel to the axis of the agitator, and the main kinetic energy of the fluid is provided by the blades. This generally causes the fluid to flow downward, and then when it encounters the inside, it will move in the opposite direction. In this way, the up and down flow will form a cycle.

3、 Tangential flow

  & nbsp; & nbsp; & nbsp; The direction of this flow pattern is still parallel to Wanzhou, and its kinetic energy is also provided by the blades. Its flow direction is initially downward, but when it encounters the bottom of the container, it will change its flow direction. After the flow direction changes, it will be upward, and a circulating flow will also be formed.

  & nbsp; & nbsp; & nbsp; These three flow patterns are in the mixer The main three aspects are that generally speaking, all fluids flowing in pipelines will follow these three different flow patterns when passing through a stirrer. Therefore, when using a stirrer, it is important to fully understand the flow patterns of these liquids, as they directly affect the selection and use of the stirrer. This can also broaden your horizons and help you understand the principle of the stirrer.