What are the classifications of defoaming mixers?

The defoaming mixer is a mixing and agitating device. It is made of basic materials, which can mix the powders and slurries of different components, without generating bubbles or delaminating. The high efficiency is incomparable with the traditional mixing equipment. It is widely used in the printing, chemical, and electronics industries. Today, we will give you a detailed introduction to the classification of the defoaming mixer.

1. Planetary gravity type. This kind of defoaming mixer belongs to non-contact type agitation. It achieves uniform agitation by revolving and rotating, and does not cause stratification when mixed. Among them, the speed of rotation is fixed, and it is revolving. Seventy percent of the speed.

2. Vacuum type planetary gravity type. This kind of defoaming mixer is a relatively high-end equipment. It is also a non-contact type of agitation. Its biggest feature is that it is vacuumed while stirring, so that it can be realized without a bubble under a certain microscope. The effect becomes a true defoaming mixer.

3. Adjustable form of gravity. Unlike the planetary gravity defoaming mixer, its rotation can be adjusted from any percentage of the revolution speed, so it is suitable for more material agitation, and the application range is relatively more.

4. Non-vacuum defoaming mixer. It is in the time of revolution and rotation, in a few seconds to a few minutes, to achieve uniform mixing of materials, can easily complete all the needs of mass production. It can also store fifty sets of data, each set of data can also set different parameters such as speed and time, which can meet the stirring and defoaming requirements of most materials.

There are many types of defoaming mixers, and each has its own advantages. When you choose, you can choose according to the nature and requirements of your own materials. If you can't choose, you can consult the professional of defoaming mixer. They will give reasonable recommendations to ensure normal use.