How much do you know about the shut-off airflow crusher?
Biological, medical sector airflow applications: (1) submicron and nanoscale needles; (2) Medicine refinement, improve absorption (ultra-microcallar); (3) health products refine, improve absorption rate;
Frequent pulverization process is divided into low temperature and pulverized, high temperature and crushing, closed circuit, open circuit. Different pulverization processes are suitable for different materials. For example, the resin material is suitable for low temperature pulverization; high-water content high material is suitable for high temperature pulverization, lithium battery material is suitable for closed-circuit gas flow pulverization machine, lithium carbonate is suitable for open-loop conventional airflow, non-mine is suitable for normal temperature open cyclic airflow pulverizer, etc.. Below Xiaobian takes everyone aware of the closed road airflow pulverizer.
The powder stored in the silo is given to the pulverizing chamber through a homogeneous feed mechanism, and the compressed gas is sprayed by the Raval nozzle spray to produce a supersonic air flow to move the powder, between the powder. After generating collision, the friction makes the powder particles from a large change, after pulverizing the powder, after the division wheel is screened, enter the cyclone, after separation of the cyclone, some powder enters the pulse dust collector, complete the gas separation, under the action of the blower To keep the crushing system stable.
Next, the next time the closed road gas flow pulverizer process: the closed circuit airflow pulverizer generally refers to the air port of the pulse dust collector with the air pressure of the pulse dust supply to the system with the power source of the system on the basis of the airflow pulverizer. To form a sealed system, a crushing medium (air or nitrogen gas, argon, helium, carbon dioxide, etc., etc., etc.) circulate in a closed system.
The closed-circuit airflow pulverizer is a closed airflow pulverization system using inert gas circulating protection for the pulverization needs of special materials such as flammable, explosive, easy oxidation, volatile. The workflow is the cooling inert gas accelerated into the Lavar nozzle to accelerate the supersonic airflow, the center of the pulverizer is injected into the center of the pulverizer, and the sound airflow is collided with each other in the pulverized region, thereby achieving the target. The crushing material enters the grading area with the rising airflow, and the powder is selected from the horizontal turbocity hierarchy. Seposite of the particle size of the powder, the speed is quickly adjusted by the speed of the grading wheel, and the selected product is discharged from the gas stream from the centrifugal separator or is collected after the dust collector is filtered, and the unqualified continues to return to the pulverization area. Supreme crushing. The filtered inert gas is compressed by the compressor system, and the entire process is automated.
In the future, ALPA powder technology will further expand its landscape in the Colombian market, and with Colombia as the entry point, gradually radiate Brazil, Chile, etc., is expected to open a new situation for the South American market. At the same time, the high-light performance in the powder equipment industry, AlPa powder technology has played a positive role in the high-endization and international image of its brand, and further consolidated the leadership of its energy-saving and environmentally friendly powder equipment. Providing a good development idea for the world's powder equipment and even Chinese brands.
