Air Classifier

This air classifier is a standalone dry grading unit customized for LFP (lithium iron phosphate) cathode material processing, commonly matched with jet mills, air classifier mills and other ultrafine LFP grinding equipment. Fineness is precisely controlled via stepless adjustable turbine speed. It separates qualified fine LFP powder and oversized agglomerates by centrifugal force, yielding finished LFP with narrow particle size distribution and consistent performance for power battery, energy storage and consumer electronics cathode material applications.

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Air Classifier

How It Works

Technical breakdown of the core processes and technology behind Air Classifier.

Crushed mixed LFP powder is conveyed into the grading chamber through air transport pipelines. Secondary regulating air is introduced from the lower side to form a stable swirling airflow that evenly suspends LFP particles.

The central high-speed turbine wheel generates a powerful centrifugal field. Ultra-fine LFP particles flow through blade clearances with the airstream and are collected as finished products by cyclones and bag dust collectors. Dense LFP agglomerates carry great centrifugal inertia, collide against the chamber wall, slide downward and circulate back to the main grinding machine for regrinding.

Modulating turbine rotating speed and auxiliary air volume adjusts the classification cut point, which accurately controls LFP fineness and minimizes oversize particles to satisfy various specification standards of lithium battery cathode materials.

Air Classifier

Performance Features

Uncompromising performance and innovative design, optimized for high-efficiency production and durability.

Vertical Eddy Current Classifier — High-Throughput General-Purpose Type

Suitable for mass production of conventional industrial LFP cathode materials. Omni-directional uniform air intake fully disperses LFP particles, achieving high classification efficiency, low pressure loss, as well as low equipment investment and running cost. It serves as the mainstream matching equipment for dry processing lines equipped with air classifier mills for bulk LFP cathode material production.

Horizontal Turbine Classifier — High-Precision Ultrafine Type

Customized for high-end ultrafine LFP with D97 less than 6μm. Single-side air intake design and cantilever-mounted classification wheel form an extremely clear particle cut point with nearly no coarse residue left. It steadily produces narrow-size-distribution ultrafine LFP powder, perfectly matching high-purity, high-value scenarios including power battery, energy storage and high-end lithium battery cathode materials.

Air Classifier

Technical Parameters

Air Classifier defines excellence through quantified data, meeting the most stringent requirements of high-precision material processing.

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Model Series: JCSF-V	250	320	400	450	500	570	630	700	850
Particle size (D97 μm)	6~50	6~50	8~60	8~60	10~80	10~80	12~100	12~100	12~100
Processing capacity (kg/h)	50~300	80~500	120~750	150~1000	200~1200	300~1500	380~1800	500~2200	700~3000
Classifying wheel Speed (r/min)	500~5000	400~4000	360~3600	340~3400	310~3100	270~2700	240~2400	220~2200	180~1800
Classifying wheel Diameter (mm)	250	320	400	450	500	570	630	700	850
Motor power (kW)	4	7.5	11	15	22	30	37	45	55

Model Series: JCSF-H	60	100	140	230	230/4	260	315	315/4	315/6	500	630
Particle size (D97 μm)	3~50	4~100	4~100	5~120	4~70	5~120	6~120	5~120	5~120	8~120	10~150
Processing capacity (kg/h)	3~100	50~200	70~300	200~1000	600~3000	250~1000	500~2500	1500~7500	1500~7500	1250~8000	2800~19000
Classifying wheel Speed (r/min)	1500~18000	1150~11500	1000~8500	600~6000	600~6000	500~4800	400~4400	400~4400	400~4400	240~2400	160~1600
Classifying wheel Diameter (mm)	60	100	140	230	230	260	315	315	315	500	630
Motor power (kW)	1.1	4	4	5.5	22	7.5	15	60	90	22	30