Lithium carbonate ultra-fine grinding machine: Due to the high purity requirements of lithium carbonate raw materials, an airflow pulverizer is generally used when selecting a grinding machine.

Working Principle of Lithium Carbonate Ultrafine Grinding Machine:

Compressed gas is used to carry the crushed raw materials into the crushing chamber through a feeding injector. Driven by high-speed airflow from multiple nozzles, the materials are sprayed tangentially onto the crushing wall, achieving friction-based crushing. The fineness of the crushed particles is controlled by adjusting the longitudinal depth of the crushing chamber, the crushing pressure, or the feeding speed. Compared to fluidized bed jet mills, the controllability of particle fineness is somewhat inferior.

Characteristics of Lithium Carbonate Ultra-fine Grinding Machine:

♢Granularity distribution is concentrated: no over-crushing phenomenon.

♢Once powered on, it operates stably with a high yield rate, producing qualified products from a small amount of raw materials.

♢Stable operation, high reproducibility, and high reliability; **quality, durable and long-lasting.

♢Fineness: d97: 3–100 μm; Output series: 2–5000 kg/h

♢Full-automatic one-key start/stop (optional touch screen), automatic program or manual control.

♢Good versatility: suitable for various soft, hard, light, and heavy materials; good particle morphology with no entrainment.

♢The main unit does not require secondary external air supply, is not prone to moisture absorption, and ensures stable flow field and uniform quality.

♢To replace the nozzle, simply open the acrylic observation window of the grinding chamber: convenient and quick.

♢Only clean compressed gas passes through the nozzle, resulting in minimal wear that does not affect product quality.

♢The bottom of the main unit has no dead corners for material accumulation, ensuring thorough cleaning; the tailings quick discharge device is provided.

An explosion-proof design can be selected, or it can be upgraded to a nitrogen circulation system to meet the ultra-fine crushing and processing needs of flammable, explosive, and easily oxidizable materials.