1. Push type mixing and dispersing machine

Push type agitators are composed of three propeller blades in a spiral shape, similar to the propellers of propeller type aircraft on ships. They are generally used for raw materials that require strong mixing due to chemical changes and low viscosity. A more suitable reflection management system for turbid liquids or mixed liquids with small amounts of solids. The speed ratio is generally 300-600r/min.

2. Paddle type mixing and dispersing machine

A paddle mixer is a very simple type of stirrer. Easy production and manufacturing, low power consumption for mixing output. Generally divided into vertical blade agitator (also known as "one" - shaped agitator) and folded blade agitator. A reflection management system applicable to two low viscosity miscible liquids. The speed ratio is generally between 20-80r/min (commonly used in low-speed mixing, paint coloring, and other places, with a constant speed).

3. Turbine type stirring and dispersing machine

Turbine agitator is a very suitable agitator used in reflection management systems that require very strong agitation. Turbine type agitators can be divided into vertical blade type, curved blade type, folded blade type, disc-shaped vertical blade type, and disc-shaped curved blade type. For liquids with large differences in viscosity or density, mixed liquids with high concentrations of solid particles and their vapors must be adequately dispersed in the liquid to reflect the management system, generally using a turbine stirrer. The speed ratio is generally between 200-1000r/min. (Commonly found in places where high-speed dispersion and depolymerization by dispersers are necessary)

4. Bar or anchor type mixing and dispersing machine

Strip mixing and anchor mixing belong to the same type of mixing, and the main difference between them is their appearance. When used for mixing liquids, the density difference between the solid and liquid should not be too large. The speed ratio is generally 15-60r/min (this type of agitator is generally used in places with high viscosity, such as similar mud like raw materials, with little fluidity, and has high requirements for the output power of the disperser. Due to the need for a motor with sufficient high torque for low-speed high viscosity raw materials, it is not easy to burn out the motor due to insufficient torque or rated power).