JACAN Powder Equipment
Insights
This is a knowledge hub dedicated to NCM (Nickel Cobalt Manganese) ternary cathode material dry ultrafine grinding, precision air classification and low-contamination powder processing. Explore cutting-edge dry processing technologies, core working principles of ternary cathode material grinding, metal contamination control mechanisms, and global market trends driving the future of high-performance lithium battery cathode materials and advanced energy storage solutions.
Why Particle Size Distribution (PSD) Is Important for NCM Cathode Performance
PSD covers D10, D50, D90, D99(Dmax) and span ((D90‑D10)/D50). It directly impacts tap density, electrode…
How to Achieve Narrow Particle Size Distribution in Lithium Battery Materials
Narrow PSD is defined by low span value: Span = (D90‑D10)/D50. Lower span means narrower…
Ideal D50 for NCM811 Cathode Material
D50 target differs significantly between polycrystalline (secondary‑sphere) and single‑crystal NCM811, and must be evaluated together…
How to Reduce Dmax in NCM Powder Grinding
Dmax (often represented by D99/D100) for NCM cathode powder refers to the maximum particle size,…
How to Control Particle Size Distribution (PSD) of NCM Cathode Material
NCM particle‑size distribution determines tap density, electrode coating uniformity, lithium‑ion diffusion, compaction density and cell…
