Working principle and characteristics of turbo pulverizer

The working principle and characteristics of the turbo pulverizer The working principle and characteristics of the turbo pulverizer The turbo pulverizer is mainly composed of parts such as a casing, a door, a turbine, a main shaft, a screen, a pulley and a motor
.

Its bearing parts are equipped with special labyrinth seals, which can effectively prevent dust from entering the bearing cavity, thereby extending the service life of the bearing
.

The door is equipped with a silicone rubber sealing ring, and there is no dust leakage to pollute the operating environment
.

The equipment is mainly suitable for the crushing and processing of medium and low hardness materials such as pharmaceuticals, chemicals, food (eg: ginger, pepper, pepper, wheat, soybean, star anise, cinnamon, dried vegetables), etc.
The fineness is adjusted between 30-150 mesh
.


Briefly introduce the working principle of the turbo pulverizer.
When the turbo pulverizer rotates, the motor drives the main shaft and the turbine to rotate at a high speed
.

The turbine and the grinding blocks on the screen ring form a crushing and grinding pair.
When the material enters the machine cavity from the feeding hopper, the material is tightly rubbed and strongly impacted on the inner side of the turbine blade in the rotating airflow of the turbine, and the blade Grind again in the gap between the grinding block
.

While crushing the material, the turbine sucks in a large amount of air, which cools the machine, grinds the material and conveys the fine material
.

The fineness of material crushing depends on the nature of the material and the size of the screen, as well as the throughput of the material and air
.

 　　The characteristics of the turbo pulverizer: Strong pulverizing capacity, low energy consumption, relatively small product fineness, and large pulverizing space; the high wind pressure generated when the turbine is running can not only improve the production capacity, reduce the phenomenon of over-pulverization, but also effectively Avoid the deposition and blockage of the screen due to the material in the crushing process
.

The high wind pressure can also take away the heat generated in the crushing chamber to the greatest extent
.