Iron powder screening and filtering rotary vibrating screen

Iron powder is divided into reduced iron powder and atomized iron powder. According to the naming rules of vibrating screen, iron powder vibrating screen can be called reduced iron powder vibrating screen and atomized iron powder vibrating screen respectively. Iron powder vibrating screen is mainly used for screening and grading iron powder. Atomized iron powder vibrating screen is suitable for filtration and screening of powder metallurgy raw materials. For iron powder, it is usually divided into five grades: ultrafine powder, fine powder, medium powder and fine powder. It is usually filtered with 80 mesh, 120 mesh and 200 mesh. From 150 to 500 μ The iron powder composed of particles of M is coarse powder with medium particle size of 44 to 150 μ m. The fine powder is 10 to 44 μ m. Superfine powder is 0.5 to 10 μ m. And the ultrafine powder is less than 0.5 μ m。 Powder. The powder usually passes the 325 target standard sieve, i.e. the particle size is less than 44 μ The powder of M is called sub sieve powder.
Due to the advantages of iron powder, dry and non stick, it is recommended to choose vibrating screen. Due to the structural advantages, the vibrating screen can screen iron powder more accurately. Rotary screen can be used to screen any particle, powder or mucus within a certain range. The screen is fine to 500 mesh or 0.025 mm, and the filtration can be as small as 5 microns. Graded screening, one to five layers of screens can be screened, and two to six levels of sorting or filtering can be carried out at the same time. According to the specific needs of screening materials, the vibrating screen of spring glume at different levels shall be selected. Iron powder is one of the most important metal powders in powder metallurgy industry. Iron powder is the largest in powder metallurgy production, and its consumption accounts for about 85% of the total consumption of metal powder. The main market of iron powder is the manufacture of mechanical parts, which accounts for about 80% of the total output of iron powder.