With the development of society and life, the demand for Steam Jet Mill for Creatine Monohydrate is increasing, and the requirements for fineness, purity and pass rate are increasing. In the current market, there is a great development space.
Steam Jet Mill for Creatine Monohydrate is affected by many industries, but it also has some shortcomings.
During the purchase period, Steam Jet Mill for Creatine Monohydrate is high, energy consumption, and high processing costs; the product particle size is difficult to achieve submicron grade, the output is greatly reduced during 10 μm or less, processing cost Dramatic increase.
But the application of Steam Jet Mill for Creatine Monohydrate is really a wide range of:
1, non-metallic mine
Typical materials are: hard kaolin, talc, Graphite, square algorite, gypsum, diatomaceous earth, silicahydrate, heavy crystal stone, leaf wax, aluminum hydroxide, etc., ultrafine pulverized, cerium oxide, cerium oxide, etc.
2, thermal materials
Typical materials include lactose, wax, resin, fat, bone powder, plants, etc .;
3, hyperparation processing of Chinese herbal medicine and raw materials [123
Typical materials include pollen, hawthorn, mushrooms, pearl powder, stomach medicine, Nimoda, antibiotics, Ganoderma lucidum, five times, He Shouwu, wearing heart, mint, houttuynia, fern root, puerargen, slate blue root, etc.
To understand Steam Jet Mill for Creatine Monohydrate, first come to understand 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.
Ultrafa Steam Jet Mill for Creatine Monohydrate Check before debugging:
1, newly installed devices, inevitably residual iron blocks, welding bars, Solder and other foreign matter. In the absence of the fan and the main motor, open the implicit baffles under the feed port, allowing impurities and washing materials to be discharged from here. After the end, open the ultrafine pulverizer observation door, check whether there is impurities in the pulverizer, hammer head and ring gear have problems.
2, before checking everything is normal, the power-on starting the device, check the direction of rotation of all motors.
4, check whether the solenoid valve is blown normally, regulate the dust collector solenoid pulse width and blow interval.
5. Check if the cleaning of the cleaners under the brake dragon has a leakage, can be placed in the interface with the hand or fine powder, there is a feeling of suction, if there is a sealing treatment. After all of the above tests are normal, prepare the material production.
ALPA Precipitated Sulfate Steam Jet Mill for Creatine Monohydrate Sharing: Shenzhen Chemical Raw Material Company requires multiple large production, low particle size precipitated sulfate crushing production line. Our AlPA is a large enterprise in the powder equipment industry, and our equipment is customized. Different companies are used to meet different needs of different companies. In response to the needs of the company, our company customizes the production of five Steam Jet Mill for Creatine Monohydrate, large mechanical crusher production lines to meet the customer's production needs.
Technical parameters:
Finished granularity: D50: 0.8-5μm
Shandong AlPa is professional STEAM JET MILL for Creatine Monohydrate's source manufacturers, all year round to provide equipment for domestic and foreign customers, welcome to inquire!
