Fluidized Bed Jet Mill
For ultrafine grinding and classification of high-purity powders with adjustable classifier settings.
View productBattery Materials
Battery Material Jet Milling and Classification
For cathode, anode, LFP, ternary, precursor, and other new energy powders, selection should consider particle size distribution, metal contamination, particle morphology, cleanliness, and stable production.
Battery powders need more than fine particle size
Battery materials often require stable particle size distribution, low metallic contamination, controlled over-grinding, protected morphology, and clean system design. Equipment selection should include contact materials, lining, collection, and continuous operation.
Common Focus
Metal contamination control, ceramic lining, particle size stability, dust collection, sealed operation, automation, and scale-up capacity.
Recommended Equipment
Air Classifier
Controls particle size distribution and can work with grinding equipment in a closed loop.
View productCeramic Lining
Reduces metallic contamination risk for high-purity powder applications.
Grinding-Classification Line
Integrated feeding, grinding, classification, collection, dust removal, and controls for continuous production.
View productSample Testing
Confirms particle size, capacity trend, contamination risk, and special material needs.
Scale-Up Support
From laboratory testing to pilot and production configuration.
Recommended information before testing
Material name, feed size, target D50/D90/D97, required capacity, impurity control limits, metal-contact restrictions, and continuous operation requirements help us prepare the right trial route.
Send battery material data before choosing the milling route
Cathode, anode, solid electrolyte, and carbon powders have different sensitivities. We first confirm target particle size, contamination limits, contact materials, and moisture or oxygen exposure requirements.