company news about What is the working principle of the three-dimensional powder mixer?

The three-dimensional mixer uses the unique three-dimensional vibration, the translation of the working cycle of the main shaft of the loading cylinder and other complex movements to promote the movement of materials along the cylinder hoop, and three times of compound radial and axial movement to make the materials flow. Disperse, stack and mix to achieve the purpose of mixing. When the main shaft rotates, the geometric center line and the center line of the rotating cylinder periodically change their positions in the three-dimensional space, while at any position, the center line of the rotating cylinder rotates, the cylindrical material fixed in the container rotates periodically, continuously hides, translates and shakes, and the three-dimensional motion and the interaction positioning of changing materials achieve the purpose of efficient mixing.

Working principle of three-dimensional mixer: the unique three-dimensional oscillation, load translation spindle working cycle, cylinder and other complex movements are adopted to promote the material to move along the cylinder hoop, three-dimensional composite radial and axial direction, so as to make the material move along the cylinder hoop, three-dimensional composite radial and axial direction, so as to achieve a better state. The material flow diffuses and accumulates with each other to achieve the purpose of mixing. When the spindle rotates, the geometric center line and the center line of the rotating cylinder periodically change their positions in the three-dimensional space, while at any position, the center line of the rotating cylinder rotates, and the cylindrical material fixed in the container rotates periodically, continuously hides, translates and shakes, and the interaction between the three-dimensional motion and the changing material. Positioning to achieve the purpose of efficient mixing.

The commonly used three-dimensional mixer is divided into four categories: gas and low viscosity liquid mixer, high viscosity liquid mixer and pasting machine, thermoplastic material mixer, powder mixer and granular solid material mixer. The utility model has the advantages of simple structure, low viscosity, no moving parts, less maintenance and low energy consumption. There are four types of mixers: air mixing, pipe mixing, jet mixing and forced circulation. The components of the mixer mainly include wear-resistant alloy materials, including high-speed mixing blade, mixing, wear-resistant plate, mixing arm, mixing blade, planetary shovel, mixing mixer, mixing rod, mixing rake, etc.