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Process principle of vertical circulating mixer
Date: 2025-05-12Read: 8
The process principle of the vertical circulating mixer is based on fluid dynamics design, and efficient mixing is achieved by constructing a three-dimensional circulating flow. Its core mechanism can be divided into the following aspects:
1、 Core Process Principles
1. Formation of circulation
When the equipment is running, the submersible motor drives the impeller or stirring blade to rotate at high speed, pushing the fluid to spray and diffuse around at a certain angle, forming an annular main flow belt covering the bottom of the container or the pool. The main flow belt optimizes distribution through a diversion structure, promoting the formation of a three-dimensional circulation of fluid flipping up and down in both vertical and horizontal directions.
2. Turbulent effect
Turbulent areas will be generated around the mainstream zone, further enhancing the mixing intensity. This turbulent flow promotes the continuous rolling and suspension of materials (such as liquids, sludge, or powders), eliminating mixing dead corners and achieving uniform dispersion.
3. Material improvement mechanism
The impeller or blade design combined with spiral propulsion technology lifts the bottom material upwards to the top during rotation, and then scatters it back to the bottom through gravity, forming a continuous circulating flow.
2、 Key structural support
1. Hydraulic components: using high displacement propeller type impellers or annular agitators to ensure fluid propulsion and coverage;
2. Diversion system: Optimize the direction and angle of fluid injection, enhance the circulation range and mixing efficiency;
3. Power configuration: The submersible motor or vertical shaft drive device provides stable power to meet the material processing requirements of different viscosities and densities.
3、 Technical features
1. Gentle agitation: reduces physical damage to fragile materials through continuous circulation rather than vigorous shearing;
2. Energy consumption optimization: Fluid dynamics design reduces operating resistance and achieves large-scale agitation under low energy consumption;
3. Wide adaptability: suitable for multiple scenarios such as sewage treatment, chemical mixing, powder homogenization, etc., taking into account both liquid and semi-solid materials.
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