With the rapid development of the European new energy industry chain, a leading cathode material manufacturer in Norway is committed to producing high-performance lithium iron phosphate (LFP) materials. To further enhance battery rate capability and cycle life, the customer required precise Lithium Iron Phosphate (LFP) Ultrafine Classification of the synthesized LFP powder.

Project Challenges

Extremely strict particle size distribution:
The fine fraction D50 must be stably controlled within 1.2–1.5 μm, which falls into the ultrafine classification range.

Stringent control of coarse particles:
Coarse particles must be completely eliminated, ensuring D100 < 10 μm, in order to prevent scratches or short-circuit risks during the electrode coating process.

재료 특성:
LFP exhibits a certain degree of abrasiveness and is highly sensitive to metal contamination (such as increased iron content).

해결책: ITC Series Vertical / Horizontal Classification System

To meet the customer’s high standards, Epic Powder supplied the ITC air classifier. This lithium iron phosphate (LFP) ultrafine classification system features a vertical single-rotor or multi-rotor design (or a horizontally configured structure customized according to capacity), specifically developed for high-precision classification.

Core Process Configuration

Testing and Operating Data

Through precise optimization of classifier speed, feed rate, and airflow, the following performance indicators were achieved:

매개변수Customer RequirementActual Operating Result (ITC)
Fine powder D501.2–1.5 μm1.32 μm
Coarse fraction D100< 10 μm8.45 μm
Particle size distribution (D97)Narrow distributionSmooth curve, no bimodal distribution
Increase in metallic impurities극히 낮음Meets battery-grade standards

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