Comparison between the revolution and rotation stirring method and the traditional stirring method

1. Uniform stirring and non-stratified mixing are achieved through simultaneous rotation and revolution

2.Strong stirring by centrifugal gravity generated by revolution and rotation to evenly disperse the materials

3.Nano-level bubbles in the mixture are removed by high-intensity vacuum suction. Due to the tumbling effect of the stirring force, no matter how viscous the mixed material is, it is completely removed to achieve no nano-level bubbles

4.There are no spiral blades, no need to clean the blades, and no pollution to the raw materials

5.No damage to the shape of the material (fibrous materials and powders)

6.The product size and specifications are complete, enough to cope with all aspects from research experiments to production, and the clamps of suitable containers can be customized to meet the needs of different customer groups.

7.Suitable for mixing most materials. Especially for those high-viscosity material mixing, it can greatly improve its efficiency.

8.Human-computer interaction mode, easy to use, extremely simple operation, no training required, just use it.

Effect of Mixing Degassing Machine

Revolution effect - During revolution, the material is subjected to the centrifugal force in the material cup, and the gravity separation movement generated along the vector direction and the upward push generated by the weight of the material separate the bubbles, which are completely separated by the strong extraction of the vacuum pump.

Autorotation effect - The material is simultaneously rotated in the container, so that the material itself produces a strong vortex fluidity, forming the effect of centrifugal vector synthetic force, the shear force between the material and the wall, and the mutual force between the molecules inside the material, producing a mutual dispersion effect.

Vacuum degassing - The high vacuum degree of the powerful vacuum pump separates the nanobubbles in the material. Proof method: After running the program with any machine with the vacuum turned off, put it into our degassing machine with only the vacuum turned on without rotating and stirring, and observe whether there are bubbles overflowing.