Turbo Mill for Metal chromium

Many friends who want to produce industrialized must be unfamiliar with Turbo Mill for metal chromium. Turbo Mill for metal chromium has a convenient, crushing speed, and the quality of crushing products, is a very useful crushing machine .

Turbo Mill for Metal Chromium institution reasonably, stable operation, low energy consumption, large crushing capacity, small size, no fault, easy cleaning and maintenance. Typically, the outer casing uses water-cooled and self-produced air volume, transporting a powder material, low temperature rise, and the thermal material can be pulverized. The blade wear is reduced by using a large number of ultrasonic vortices generated by the back surface of the blade and the high frequency pressure. Compact structure, no dust overflow.

ALPA Cobalt Silicate Turbo Mill for Metal Chromium Case Sharing: A lithium electricity material in Beijing has purchased a Turbo Mill for Metal Chromium from our Alpa in 2020. Ultrafine pulverization for lithium cobaltate, the company has three particle size requirements for lithium cobaltate, requires a device to be simultaneously satisfied. In response to the unique needs of the company, our ALPA engineers have passed multi-party efforts, and finally have targeted customized Turbo Mill for Metal Chromium. The pulverizer can meet the production requirements of multiple particle size sections, equipped with subsequent airflow classifier systems, and can be sorted by selection of different particle size sections.

Technical parameters:
Finished particle size: lithium cobaltate small particles D50: 3-6 μm; lithium cobaltate large particles: 50: 8-20 μm; Trimetimeterials D50: 6-13μm;
Production capacity: Lithium cobaltate small particles: 250kg of cobalt acid lithium large particles: 500KG ternary: 500kg

ALPA Technology recommends that you use ultrafine airflow classifiers, jet grading machines, powder classifiers, etc. Be sure to pay attention to regular inspection of the performance of the device and prevent malfunction during use.