LMFP Cahtode （Lithium manganese iron phosphate） The Smarter Cathode Upgrade

Lithium Manganese Iron Phosphate (LMFP) combines the high energy density of ternary cathodes with the superior safety, cost efficiency, and extended cycle life of lithium iron phosphate (LFP). Globally recognized as the next-generation cost-performance-optimized cathode material for power batteries, LMFP is projected to capture over 50% market share within five years, substantially replacing LFP and partially displacing ternary materials.

Elcmcnts	Unit	Test value	Test Method and equipment
Li	%	4.5	ICP-OES test
Mn	%	22.1
Fe	%	10.8
P	%	19.1
0.1C first discharge capacity	mAh/g	145.71	Electrochemical testing system; Voltage range:2.0- 4.3V;CC/CV
0.1C first discharge efficiency	%	96.85
PH	/	9.2	10% suspension; Leici PHS- 3E pH meter
Carbon C	%	1.50	High Frequency Infrared Carbon and Sulfur Analyzer CS Method NJ-HW868A
Tap Density	g/cm³	1	Tap Density Method: TD-02
Specific surface area BET	m²/g	15.5	BET comparison method
Particle size distribution	μm	D10:0.274	Laser diffraction method; Particle refractiveindex 1.74; Particle absorption rate 1; Dispersant: water; Dispersant refractive index: 1.33; Topsizer Laser Particle Size Analyzer
		D50:0.962
		D90:15.885
		Dmax:28.73
Moisture	ppm	475.2	Karl Fischer Coulomb method; AKF-CH6

LMFP Cahtode （Lithium manganese iron phosphate） The Smarter Cathode Upgrade

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