Self suction mixing blade

Suitable for gas self-priming and redispersion, it can be used for hydrogenation, oxidation and other reaction types. It has strong gas-liquid mixing ability and can double the gas-liquid reaction rate, with moderate energy consumption.

The conventional mixing forms include anchor type, propeller type, turbine type, propulsion type, frame type, etc. When the height to diameter ratio is large, the mixing device can be used in multiple layersstirring paddleSpecial products may even use more complex MIG mixing methods.

Classification of blade parts

The classification of stirring blades can also be based on the flow pattern generated by the blade's interaction with the fluid. The blades can be divided into two types - axial flow blades and radial flow blades.

The so-called axial flow blade refers to the main discharge direction of the blade being parallel to the stirring shaft;

Spiral propeller blade is a typical axial flow blade; The so-called radial flow blade refers to the main discharge direction of the blade being perpendicular to the stirring shaft.

Before selecting mixing, in addition to paying attention to the material's phase, volume, density, viscosity, mixing requirements, and so on. Attention should also be paid to the reaction mechanism. Some reaction rates are determined by the reaction itself, such as some organic reactions that proceed very slowly. Under these conditions, enhancing (or weakening) the stirring effect has little effect on the reaction yield and reaction time; And for some reactions, the speed is mainly controlled by diffusion, and the reaction itself proceeds very quickly. In this case, increasing the stirring effect can greatly improve the reaction yield and reaction time.