Professional Bottle Filling Machine Supplier

Let’s first look at how the vacuum emulsifying mixer or vacuum emulsifier homogenizer works in helping us achieve the process goals we want to meet!

The Vacuum Emulsifying Mixer or vacuum emulsifier homogenizer is easy to use. The mixing tank is filled with the materials first. During the emulsion-making process, fixed impellers with holes make sure the emulsion is mixed well. When operating, the blades move forward and backward at different speeds .

When you do forward mixing, you set the process for high-speed mix, and when you do reverse mixing, you set for a slow mix. The material will be carried up by the front blade and down by the reverse blade. Much and how quickly you work, you can choose from a variety of our vacuum emulsifier homogenizer.

Both forces will eventually mix the materials continuously, and the centrifugal force will push them out in the center. Mixing, dispersing, and homogenizing all materials is done until all materials are thoroughly mixed, at which point the process is finished. quickly moves through the wall, causing an even distribution of heat through the body.

With the help of a vacuum pump, the mixing tank is empty of air. This means that the equipment works completely without any air. The protective vacuum sensor will make sure that the liquid pressure stays in a normal range. Here, it is assumed that there is no extra air in the system.

 

vacuum emulsifying mixer

Vacuum Emulsifier Homogenizer Work Process Goals

✔ Deaeration (Air removal)

By removing voids from the product, deaeration helps to decrease product failures.

✔ Deoxidation (Removing of excess oxygen)

Remove oxygen from a mixing system so that sensitive materials don’t get damaged and bad chemical reactions do not happen during the mixing process. A lot of the time, oxygen can also lead to the growth of microorganisms, which can get into the product.

✔ Drying by Vacuum

Because of the high temperature caused by a vacuum at low pressure, moisture and solvent are pushed away by the high pressure. A vacuum allows processing material quickly through a lot of different physical states. Like slurry to paste and paste to granulation or dry powder.

✔ Recovery of Solvents

Using suction to take off solvents makes condensing and catching them simple. In this way, they don’t harm the environment within or outside of the plant. The solvents can then be used again by the processor or disposed of in a way that meets environmental rules.

✔ Adding Solids or Liquids

We can put liquids and light powders into a batch through a port in the vessel that is below the surface while the vessel is under vacuum. This shortens the time it takes to mix, especially because it wets the particles almost right away.

✔ Densification (Increase Dense)

Using a vacuum to move and remove air from a batch makes it denser than it was before. This allows us to mix better and get the product to our customers for a lower price. A lot of the time, when products are made denser, it It also improves their physical properties.

✔ Stripping the Vacuum

As your batch material cools down, you can use evaporation to make it easier to work with, especially when it is so thick that it doesn’t always touch the vessel wall and doesn’t heat the coolant fluid through the vessel wall.

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