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LHS Laboratory fusion Mahine
The high-speed mixer has a conical mixing cavity with a multi-blade rotor. The rotation speed and frequency conversion are adjustable. The centrifugal force is generated by the rotor to push the material to the inner wall of the mixing cavity. Due to the special design of the internal rotor blades, the material moves upward, and the material in the center moves downward, forcing friction, grinding, and squeezing between the materials, resulting in rapid dispersion and mixing of the material particles. It is suitable for fine mixing and decentralized operations in chemical, pesticide, battery materials, food and other industries.
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Description
The material is continuously subjected to squeezing force and shearing force in the cylinder rotating at high speed, and the particle surface reaches a mechanical melting state under the action of friction, thereby coating the nano-scale material on the micro-scale material. It is generally used to spheroidize the particle morphology of negative electrode materials, improve the fluidity and bulk density of the particles, and meet the charging performance of the battery.
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The material is continuously subjected to squeezing force and shearing force in the cylinder rotating at high speed, and the particle surface reaches a mechanical melting state under the action of friction, thereby coating the nano-scale material on the micro-scale material. It is generally used to spheroidize the particle morphology of negative electrode materials, improve the fluidity and bulk density of the particles, and meet the charging performance of the battery.
LHL Laboratory Fluidized Bed Jet Mill
Fluidized bed jet mill is a new type of jet mill equipment composed of fluidized bed jet mill technology and self-splitting classification technology. Compared with the traditional fluidized bed jet mill, it has significant performance advantages such as low energy consumption, high product fineness, and strong reliability. It is widely used in ultra-fine processing of various powder materials.
Materials are fed into self-diffluent classification system for first time separating. Thus, majority coarse materials will be separated and the remained coarse materials will be sorted out in second tine classifying. Finally, the lab air classifier will collect the qualified powder materials and remained coarse materials will be discharged from dump valves.
LHC Laboratory Cyclonic Jet Mill
After being cooled, filtrated and dried, the compressed air is instilled into rotational grinding chamber through nozzles as supersonic flow. In the chamber, the materials get fluidized.
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