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Vertical mixers have vertically mounted agitator shafts. They can also be described as slowly rotating shear mixers. Their mode of action is based on the upward motion of goods in the periphery of the mixing chamber and the downward flow of goods in the centre.
In this respect, all the particles in the mixing chamber are in relative motion to the environment. Permanent changes of the particles, that are taking place inside the vertical mixer, result in the highest mixing qualities. Those mixing results are not further improvable in practice. The peripheral speed of the SinConvex. As the flow of the solids takes place very slowly, there is no separation, neither by gravity, by centrifugal effects, nor during discharge. Mixing times in a vertical mixer are only 2 – 6 minutes despite differing properties of the components.
Those could be for example particle size, particle shape, bulk density, moisture levels, flow properties, liquid, solid or gaseous state, etc. The filling ratios can vary from about 10% to about 70% of the gross volume.
Working Principle
The working principle of the vertical mixer is that the rapid rotation of the screw raises the material from the bottom of the barrel from the center to the top. And then throw the material in a manner of umbrella shape to the bottom. The materials are mixed up and down in the bucket in a short time
Signals from the control cabinet will be sent to blending motor which drives the blending screw to start material blending. Then material conveyed along the cylinder up to the top is evenly spread in the blending barrel. This process mixes material evenly in a short time, saving energy. After blending, draw open the shut-off plate to discharge the material.
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