The production equipment for laboratory reaction kettle grout is a mixing operation with liquid as the main body, often dividing the stirred raw materials into four conditions: liquid-liquid, gas-liquid, solid-liquid, and gas-liquid solid. Mixing can be a modular operation at the level of independent fluid dynamics, with the key goal of promoting mixing, such as conducting liquid-liquid mixing, solid-liquid flotation, gas-liquid dispersion, liquid-liquid emulsions, etc; The production equipment of laboratory reaction kettle grout is often an important way to carry out other module operations, with the key goal of promoting heat conduction, mass transfer, and chemical reactions, such as heating and cooling, purification, extraction, dissolution, crystallization, polymer and other operations in fluid mechanics.

In summary, the key operational objectives of the mixing machinery in the production equipment of laboratory reaction kettle grout are reflected in the following four aspects:

1. Mix immiscible liquids evenly to produce homogeneous solutions and emulsified oils, and enhance mass transfer processes;

2. Fully disperse the vapor in the liquid, enhance mass transfer or chemical reactions;

3. The laboratory reaction kettle produces a homogeneous mixture to promote solid-state accelerated dissolution, purification, or liquid-solid chemical reactions;

4. Strengthen heat conduction and avoid partial overheating or hypothermia.