Widely used in new energy, coatings, cosmetics, food, pharmaceutical, and other industries, it is particularly suitable for large-capacity rapid mixing of lithium-ion battery cathode and anode materials, offering high production efficiency and superior mixing quality.

1. Pollution-free: The mixer lacks mechanical rotating parts, rotating shafts, shaft seals, or lubricating oil.
2. High efficiency: Large material batches can be mixed within 3-15 minutes, with a CV <5%.
3. Large capacity: Equipment capacity ranges from tens of liters to tens of cubic meters, providing high production capacity.
4. Low energy consumption: Unit energy consumption is approximately 30%-50% of mechanical mixers.
5. No dead angles: The mixer is free from recessed round holes or residual corners.
6. Easy maintenance: With no moving parts inside the container, maintenance is minimal.
7. Low damage: Lacking stirring parts, the mixer exerts extremely low shear force, effectively protecting material crystal forms, with a material damage rate <0.1%.
8. Fully enclosed: Both feeding and discharging are closed systems, preventing dust leakage.
9. Flexibility: Users can adjust air pressure, pulse time, and pulse count based on material characteristics to achieve optimal mixing results.

High-pressure, high-speed airflow is emitted from the nozzle, expanding and decompressing as the compressed gas rises. The central powder is continuously “l(fā)ifted” by the thrust of the flow rate and the “l(fā)ifting force” generated by gas expansion, then falls to the bottom along the wall due to gravity and air pressure difference. The airflow “l(fā)ifts” the powder again, creating a rapid circulation mixing process. High-speed airflow also induces relative motion between powders, enhancing the mixing effect.