Turbo mixer has large shear force, which can make fluid micro-clusters dispersed very fine, and is suitable for mixing, liquid-liquid dispersion, liquid-solid suspension of low to medium viscosity fluids, as well as promoting good heat transfer, mass transfer, and chemical reactions. It has a very wide range of applications in the field of fuel and plastic processing and is a very important production machine. As a consumer, how should you choose a turbo mixer? In this article, we will briefly introduce some points of choosing a turbo mixer.
Here is the list of contents
The structure of the turbo mixer
How to choose a turbo mixer
Before buying a turbo mixer, we need to have some understanding of the turbo mixer. Here, we take the structure of the turbo mixer as an example. The most critical accessory of the turbo mixer is called the turbo mixer, which is made up of 2 to 4 flat or curved blades installed on the horizontal disc. The ratio of the outer diameter, width, and height of the turbo mixer blades is generally 20:5:4, and the circumferential speed is generally 3 to 8 m/s. The turbine causes highly turbulent radial flow when rotating, and is suitable for the dispersion of gases and immiscible liquids and liquid-liquid phase reaction processes. The viscosity of the agitated liquid generally does not exceed 25 Pa-s.
According to the process conditions, mixing purposes, and requirements, the choice of mixer type should fully grasp the dynamic characteristics of the mixer and the mixer in the process of mixing the flow state and the causal relationship between the various mixing purposes.
According to the determined type of mixer and mixer in the mixing process of the flow state, the process of mixing and mixing time, settling speed, dispersion control requirements, through experimental means and computer simulation design, to determine the motor power, mixing speed, mixer diameter.
In accordance with the motor power, mixing speed, and process conditions, the reducer model is selected from the reducer selection table to determine the reducer model. If the reducer is selected according to the actual working torque, the actual working torque should be less than the allowable torque of the reducer.
Select the frame and coupling of the same type and specification as d according to the output shaft head d of the reducer and the support method of the mixing shaft system.
Select the shaft seal type according to the size of stirring shaft head d, installation space, working pressure, and working temperature.
Select the bottom cover, flange base, or flange according to the nominal size DN of the frame, the type of shaft support, and pressure level of the mixing shaft.
According to the support and anti-vibration conditions, determine whether to configure auxiliary support.
The above is the whole content of this article. Zhangjiagang Chenxing Machinery Co., Ltd. is committed to providing high-quality, high-performance equipment, if you are interested in our products, welcome to contact us for effective information about the product, we will be happy to serve you.
