Fluidized Bed Jet Mill
Suitable for ultrafine grinding and classification of battery materials, pharmaceutical APIs, ceramics, chemicals, minerals, and high-purity powders.
View detailsProduct Types
Jet milling, air classification, inert gas protection, and integrated systems configured according to material properties, particle size targets, capacity, contamination control, and safety requirements.
Suitable for ultrafine grinding and classification of battery materials, pharmaceutical APIs, ceramics, chemicals, minerals, and high-purity powders.
View detailsCompact structure for laboratory trials, small-batch processing, and selected low-capacity fine grinding applications.
View detailsUsed for new material development, formulation testing, and small-scale trials before production scale-up.
View detailsDesigned for flammable, explosive, easily oxidized, or oxygen-sensitive powder materials.
View detailsControls final particle size and separates coarse and fine powder. It can be combined with mills in a closed-loop system.
View detailsIntegrated feeding, milling, classification, collection, dust removal, process control, and safety protection modules.
View detailsFor narrow particle size distribution, coarse-fine cut control, and materials sensitive to D10-D90 span.
Request a solutionGrinding and classification configuration for minerals, ceramics, and chemical powders with closed-loop size control.
Request a solutionFor tungsten carbide, hard metals, and metal-ceramic powders where wear, contamination, and dust safety matter.
Request a solutionCompact jet milling option for small batches, quick cleaning, and multi-product switching.
View detailsPrecision classification for ultrafine powders, oversize removal, and narrower particle size distributions.
View detailsMilling, classification, and collection under nitrogen or argon for oxidation-sensitive or flammable powders.
View detailsDesigned for sulfide and oxide solid electrolytes with low contamination, low moisture/oxygen exposure, and stable PSD control.
Request a solutionFor new material R&D, process window studies, and scale-up verification from small samples to pilot trials.
View detailsFor battery, pharmaceutical, and high-purity ceramic powders where metal contamination control is critical.
View detailsTo recommend a suitable configuration, we usually need material name, feed size, target particle size, required capacity, contamination limits, and safety conditions.
| Factor | Information Needed | Impact |
|---|---|---|
| Material properties | Hardness, heat sensitivity, moisture, oxidation risk | Milling method and contact material |
| Particle size target | D50, D90, D97, or residue requirement | Classifier, airflow, and system parameters |
| Capacity | Hourly output and operating time | Model selection and automation level |
| Safety | Flammable, explosive, or oxygen-sensitive conditions | Inert gas, explosion protection, oxygen monitoring |