Cell Mills for Boron Carbide

Cell Mills for Boron Carbide is good, only need to be produced in a smooth ground place, and low noise, which can avoid dust leakage during the pulverization process, which is favored by the powder industry.

The advantage of Cell Mills for Boron Carbide, a small amount of wear-resistant components made of special hard wear raw materials, small size, light weight, convenient replacement replacement. Cell Mills for Boron Carbide The compressed air is dried, and the material is repeatedly collided with the intersection of the multi-shaped high pressure airflow. The damaged material moves with the rising airflow to the cascading area under the exhaust. The low temperature failure is composed of silo, mechanical failure, air blower, cyclone, vibrating screen, liquid nitrogen tank, etc. After the damage material is cooled and embritful, it is easy to destroy at low temperatures, and the destruction effect is achieved by repeated impact, collision, shear, and conflict between materials and materials. Cell Mills for Boron Carbide processes a high-speed blower of 20m / s, which affects other high-speed sports. Due to the large gas flow, the material impact strength is high, the grinding efficiency is high, the motion of the spray gun and the large axial movement of the cyclone data are minimized, and the impulse and metal wall wear are reduced. Since the air under the crushing chamber grinds the bottom of the conical bottom, the bottom portion enters the nozzle in the crushing chamber. The cone data can also be used for high-speed airflow nozzles, eliminating damage, blind spots, and data under spherical media and crushing rooms in time. The rolling of the cylindrical sphere, the irregular effects of the media, and the stratigraphic data, and the need for double-effect grinding, so that the grinding product is very thin and the particle size is uniform.

Alpa Potassium permanganate Cell Mills for Boron Carbide case share: The customer is mainly engaged in the development of high energy chemical energy development. The study needs a device that can make ultraf fine pulverized in high potassium permanganate. Finally, I bought a Cell Mills for Boron Carbide in our AlPa.
Technical parameters:
Finished granularity:
100-325 mesh
Production capacity: 5kg

1, the hammer installation error in the maintenance assembly. When the hammer is turned off, in order to prevent the weight of the rotor from losing balance, all the hammers in the pulverizer must be turned out together, otherwise it will have a strong vibration in the operation.
2, the difference between the weight of the two sets of hammer exceeds 5 grams. The method of excluding is to adjust the weight of the hammer, so that the difference between the two sets of weight is less than 5 grams.
3, individual hammer card is too tight, transportThere is no open in the line.After the stop, turn the observation with hand and find a way to turn the hammer flexible.
4, other parts of the rotor are unbalanced, and the adjustment balance needs to be carefully checked.
5, the spindle bending deformation.The solution is to school straight or replacement.
6, the bearing gap exceeds damage.It is generally used to solve the problem.
7. The bottom angle fixing nut is not fixed in a fixed or running.The solution is tightening.