Powder Production Line

Application: Feldspar, calcite, talc, barite, fluorite, rare earth, marble, slag, kaolin, ceramics, bauxite, coal, manganese ore, phosphate rock, etc. in building materials, chemicals, fertilizer, metallurgy, mining, refractory, ceramic, steel, thermal power, etc.

Introduction Of  Powder Production Line

The whole powder making line includes the crushing process and grinding process based on different requirements. The crushing process is mainly finished by jaw crusher equipped with vibrating feeder and vibrating screen. Raw materials are fed into the jaw crusher by the vibrating feeder and then get screened by the vibrating screen into different sizes of particles. Those that are disqualified to be into the grinder will be conveyed back to the crusher for another crushing process. Then here we go to the milling process. It is completed by the grinder and bucket elevator. The qualified particles are lifted into the grinder by the bucket elevator machine and get squeezing and pestling between the rollers. Inside the grinder body, there is a separating device to collect powder that meets the set discharge size requirement. If needed, the pulse collector is available to make it a cleaner working environment.

Configuration of Powder Grinding Plant

Powder grinding plant is usually mainly composed of jaw crusher and grinding machine as well as other equipment like bucket elevator, electromagnetic vibrating feeder, analysis machine (powder separator), auxiliary equipment, blower, centralized electronic device. It can be configured with Raymond mill micro powder mill, high pressure grinding mill, ultrafine mill, tricyclic medium-speed micro powder mill or vertical mill according to the different needs of customers.

Advantages of Powder Production Line

As a professional mining machine supplier, Yonghan supplies complete and professional solutions of powder making a line with wide application ranges.
The powder grinding plant is of rational structure design, which has strong adaptability to materials with high product quality.
The material has a short staying time in the mill, so as to reduce the duplication of milling. This arrangement can lower energy consumption.