Classification and function of transfer decolorization shaker

According to the structural characteristics of the chassis and shaking head, shakers can be divided into the following main types:

1. Round tube shaker, used to separate solid particles with a particle size greater than 100 μm.

2. Cylindrical shaker, used to separate solid particles with a particle size greater than 50 μm.

3. Special-shaped sieve shaker, with a wide range of separation particle sizes, can be used for ore washing, classification and dehydration.

4. Flat shaker, suitable for occasions with large processing capacity.

5. Horizontal motion shaker, suitable for materials with fine and loose particles.

6. Vertical motion shaker, suitable for materials with larger and dense particles.

The transfer decolorization shaker is usually used in the biological, chemical, and pharmaceutical industries, and can be widely used in seed tank sampling before microbial fermentation and centrifugation. It is also often used in the separation, decolorization, sterilization filtration of biological products, and the activation and processing of resins.

In addition, the transfer decolorization shaker plays an important role in the separation, decolorization, sterilization filtration of biological products, and the activation and processing of resins. Using a transfer decolorizing shaker to shake the sample in a clean room can quickly rupture active cells and thin the mucus layer on the surface of the bacteria, which is beneficial to the contact between cells and the leaching of active ingredients, making it easier for some macromolecular organic matter to dissolve.

It should be noted that in actual operation, the appropriate experimental method should be selected based on the specific conditions of the equipment and experimental conditions. When using the transfer decolorization shaker, relevant operating procedures should be followed, and attention should be paid to observing and recording experimental phenomena and results in order to better analyze and understand the experimental process and results.