Fluidized Bed Jet Mills

It is a fluidized bed jet mill that uses high-pressure air or nitrogen to grind materials through particle-to-particle collision. This self-grinding process produces fine and ultra-fine powders with minimal wear and no product contamination.

It is designed to produce fine and ultra-fine powders, typically in the range of approximately 2 to 80 microns, depending on material characteristics and mill configuration.

The mill is suitable for processing extremely hard and abrasive materials, up to 10 Mohs hardness, including minerals, ceramics, chemicals, and specialty industrial powders.

Because particles grind each other rather than impacting machine surfaces, wear is extremely low. As a result, the finished product is free of iron contamination commonly associated with mechanical milling.

Yes. Compared to other types of air mills, the fluidized bed jet mill can achieve approximately 30–40% energy savings, thanks to its efficient particle-to-particle grinding mechanism.

Yes. The fluidized bed jet mill is equipped with an internal, high-precision turbine classifier that produces a narrow and consistent particle size distribution and continuously returns oversized material to the grinding zone.