1. Excellent basic principles of level classification. The basic principle of selecting the o-sepa classification system (vortex classification area composed of guide blades and cage motor rotors) is to design a classification area for the classification scheme. The addition of decentralized and pre classified areas will reasonably separate the decentralized and powder selection (separation) areas, greatly improving the particle size distribution of materials and alleviating the interference between loads and materials in the main classification area. The reliability design of the entire potential flow was carried out using the aviation company's fluid dynamics statistical analysis method, which promoted the surface vapor potential flow of the classification circle to be uniform and stable, while the relative deviation of the other cyclones was less than 5%, creating a standard for accurate classification.

2. High cost-effectiveness and high work efficiency. The manufacturer of the powder concentrator introduces the three separation efficient vortex type powder concentrator, which can "divide one into three" raw materials, i.e. fine powder (d>150), due to the use of two-stage powder selection and three-level dispersion μ m) Medium powder (60 μ M<150 μ m) Ultrafine powder. The powder selection pre separates and mixes the coarse particles in the mixed powder, and the secondary precise powder selection is carried out in the annular space composed of guide blades and straight cage motor rotors. Due to the pre separation of coarse particles and the removal of the influence of large particles, the level classification precision is extremely high, and the screening is more efficient.
3. The range of environmental protection and energy conservation is significant. The powder concentrator manufacturer introduces a streamlined design scheme for the equipment function, which significantly reduces the friction resistance of the system. The internal structure of the powder concentrator circulation system only uses an effective cyclone to collect ultrafine powder, without the need for larger pulse dust removal equipment. This not only reduces system software energy consumption, but also reduces operating and maintenance costs, making energy conservation and emission reduction very significant.
4. The granularity adjustment is very easy. If the speed ratio of the motor rotor is changed, the particle size of the finished product can be maintained within the range of 250-500 ㎡/kg Bohr ratio surface.
5. Strong powder selection ability. The aperture of the vortex separator with high separation efficiency can be adjusted from φ 1.9~ φ In the middle of 4.75m, the corresponding powder selection level is 25-300t/h
6. Strong adaptability. The powder concentrator manufacturer introduces that the three separation efficiency high vortex type powder concentrator has a compact structure, a narrow body, and can carry out multi-level separation of raw materials. Therefore, it has strong adaptability and is suitable for all grinding system software composed of grinding machinery and equipment. It is very suitable for transforming the open flow grinding system into a circular flow grinding system software, and is more suitable for updating and transforming general-purpose powder concentrators, Especially for semi final grinding and final grinding system software containing roller presses, to achieve mutual coordination.
The powder concentrator is a specialized equipment for particle classification, originally used in the production process of the cement industry and widely used in industries such as chemical plants and metallurgical industries.