With the continuous development of pulverizer technology, Fluidized Bed Jet Mill of Pectin has gradually penetrated into daily life.
Fluidized Bed Jet Mill OF Pectin is a compressed air to radiate the pulverizing region after the supersonic air flow is accelerated into a supersonic gas flow (the airflow expansion is suspended from each other and collides with each other) Therefore, each particle has the same motion state. Low temperature Application Fluidized BED JET MILL OF Pectin can operate under ultrasonic speed airflow, forming a minimal dozens of low temperature environments in the comminution chamber, do not require liquid nitrogen cooling to implement ultrafine processing, low production cost, efficiency high. Typical materials are: pigments, resins, sulfur, sulfide sulfide, pesticides, epoxy resins, polytetrafluoroethylene, rubber, and phosphate.
Typical products include soybean, pollen, hawthorn, sodium chloride, Cordyceps, mushrooms, pearl powder, gastric medicine, Nimodi, antibiotics, ginseng, angiographic drugs, Ganoderma lucidum, five times, He Shouwu et al .
Typical products are: garnet, silica, diamond, silicon carbide, white carbon black, diamond, aluminum soil, boron oxide, tungsten carbide, special ceramics, etc.
To understand the Fluidized Bed Jet Mill of Pectin first come first to learn about the basic concepts of the graded.
The broad grade is to divide the particles into different parts of the particle size, density, color, shape, chemical composition and radioactivity. The narrow grading is based on different particle diameter particles in the medium (usually air and water), which produces different motion trajectories, thereby achieving different particle diameter particles.
After understanding the basic concepts of grading, let's learn about the grading principle of the next classifier.
The classifier is a precision airflow classification device that can be divided into 3 products of 3 products in a thicker, medium and fine powder. The raw material powder is continuously supplied to a hierarchy without a rotating member by a feed tube that is powered by the compressed air; dividing the raw material powder into fine powder, medium powder, and coarse powder at a time by precision control of the airflow. Each product is trapped in the subsequent cyclone dust collector and dust collector.
1, check all lines, electrical components, etc. of the pulverizer, whether it is possible to work. Whether the machine is grounded, so that the housing is powered by electric shock. Whether the machine spindle has a card death, if it should be handled in time. Machine is runningIn the process, there is an abnormal situation, if there is any parking check.
2, check the blade, is tightened, whether the blade gap can reach the specified standard. Before using the pulverizer, check the working room is enough or slidable, if it should be removed in time.
3, after the offset is running, it can begin to start the feed. The pulverizer should stop the feed before stopping. Wait until the machine is completely discharged, it can be stopped.
4, the feed should be uniform, not over, so as not to increase the burden on the machine. The pulverizer cannot be cleaned, maintenance, etc. during operation.
ALPA Sodium Bicarbonate Fluidized Bed Jet Mill of Pectin Case Sharing: The company often uses Fluidized Bed Jet Mill of Pectin, and the sodium hydrogen carbonate is needed. The company has won many power plant dry desulfurization projects with our AlPa's cooperation. It is very satisfied with the Fluidized Bed Jet Mill of Pectin we produced.
Technical parameters:
Finished granularity: 700 mesh
Production capacity: 800kg
Learn more about the maintenance of Fluidized Bed Jet Mill of Pectin. For more information, continue to pay attention to our website.
