Fluidized Bed Jet Mill of Soy Peptide can be said to be important in the current stage of industrial production, AlPA has been committed to the development and application of devices such as grades for many years, and we have The classification machine produced has gradually begun to develop in the direction of modernization, and we believe that we can provide a complete set of production planning programs in a large range.
Fluidized Bed Jet Mill of Soy Peptide has generally replaced the traditional mechanical crusher in real production, and its characteristics are:
1. Simple structure Simple, convenient, convenient, and only one person can complete the operation, disassembly and cleaning.
2, elliptical pulverizing cavity design, less airflow resistance, so that the compressed air utilization reaches the highest and reduces loss.
3, Fluidized Bed Jet Mill of Soy Peptide causes the finished product to purity, no impurities, and non-pollutant materials due to its pulverization principle.
4, the pulverization is good, the particle size distribution is uniform.
The above is the application for you to introduce the Fluidized Bed Jet Mill of Soy Peptide in the industry.
Fluidized BED JET MILL OF SOY Peptide Working Principle:
The qualified fine powder is delivered to the hierarchy of the upper portion of the comminution device through the rising airflow. The classifier classifies the qualified materials and enters the cyclone collector (if a product having several particle size is required, add a plurality of vertical turbine classifiers). Fine tails are delivered into the bag dust collector via airflow. After filtration, the tail enters the exit of the lower part of the filter and empty the air.
Native components: classifier, grinding, grading, synchronous completion, to adjust the speed of the classifier through the frequency conversion speed, can adjust the fineness of the product. For example, if a machining process requires a number of particle size sections of the product, then two to four can be increased on the basis of a standard classifier, so that the machine becomes the \"two five\" machines of pulverization and grading.
Reasons why the airflow grinding main shaft is easily damaged:
1. Because the pulverizer is a long-term crushing and grinding large ore, the mechanical impact will cause fatigue damage to the spindle. If it is running, the surface of the spindle will be worn, and if not, it will produce cracks.
2. The air supply will pass the airflower overload. When gas flow is used, you need to feed it properly, and each machine is limited. If this is exceeded, the component is easily damaged in the load operation, which will affect the overall service life of the airflow.
3. During mining and transportation, ore is often mixed with some waste metals. When these objects are in electromagnets at the upper portion of the belt, the electromagnet cannot be Excluding, causing these materials in ore and mud into gas flow, resulting in frequent iron, resulting in frequent impact on the spindle and other portions.
The above is why the Fluidized Bed Jet Mill of Soy Peptide spindle is easily damaged.
ALPA White Carbon Black Fluidized Bed Jet Mill of Soy Peptide Case Sharing: The company is a company engaged in white carbon black production. A ultra-fine pulverization apparatus for producing two granular white carbon products can be generated in the production process. After investigation, we finally purchased our AlPa's Fluidized Bed Jet Mill of Soy Peptide.
Technical parameters:
Finished particle size: D50: 6.78 D90: 12.8μm
Production capacity: 30kg
AlPa is a power classifier, precision classifier, laboratory Manufacturer of classifying machines, we have years of production experience in the production of products, and we have achieved a lot of important breakthroughs in many mechanical products, I believe that you will be your product purchase. choose.
