Stainless steel agitator play a crucial role in industrial production, but many people are not very familiar with the mixing methods of the equipment. In order for our products to operate better during use, we still need to have some understanding of these aspects. Below is a brief introduction from the stainless steel agitator manufacturer:
1. Convective mixing

Convective mixing is actually the convective motion of fluids caused by static or dynamic factors, which can mix mass, heat, and momentum together. In the reactor equipment, mechanical energy can be transmitted to the liquid material through the rotation of the stainless steel stirrer, causing the flow of the liquid, which is called forced convection.

2. Microscopic mixing
This refers to the mixing between particles at the molecular scale, which is called micro mixing. The movement of liquid molecules can cause them to diffuse and mix together, achieving the goal of uniform distribution of liquid molecules.
3. Shear mixing
stainless steel agitator can directly interact with materials, tearing them into relatively thin layers to achieve the purpose of mixing.
There are also differences between different mixing methods of stainless steel agitator, so it is important to choose the appropriate mixing method correctly when using stainless steel agitator to mix materials.