P198-DF5 Carbon-Coated Nano Lithium Iron Phosphate

Model:

P198-DF5

Material Name:

Nano Lithium Iron Phosphate (LFP)

Standard Package:

150g/bottle, 700g/bottle

Application:

Nano Lithium Iron Phosphate (LFP)

Overview:

This material features excellent electrochemical performance, including outstanding cycling stability, superior performance at both high and low temperatures, high capacity, and high compaction density. It is well-suited for power applications, offering high specific energy and low internal resistance.

Main Parameters:

Test Item	Unit	Testing Value
Appearance	Dark gray powder with uniform color and no agglomeration
Tap Density	g/cm3	≥0.75
Specific Surface Area	m2/g	10.0±2
PH	/	8-10
Carbon Content	%	0.9-1.4
Moisture Content	ppm	≤1000
Na+Ca	%	≤0.060
Particle Size Distribution - D10	um	≥0.35
Particle Size Distribution - D50	um	0.6-1.8
Particle Size Distribution - D90	um	≤5.0
Particle Size Distribution - D97	um	≤10
Coin Cell Capacity (0.1C)	mAh/'g	≥154
Initial Coulombic Efficiency (0.1C) of Coin Cell	%	≥95
Transportation, Storage, and Usage	1. The product is safe for transportation when properly packaged. 2. During transportation and storage, avoid direct sunlight, rain, water exposure, high temperatures, and humidity. 3. The product should be pre-dried before use. Use immediately after unsealing. Any unused portion should be stored in a dry environment.1. The product is safe for transportation when properly packaged. 2. During transportation and storage, avoid direct sunlight, rain, water exposure, high temperatures, and humidity. 3. The product should be pre-dried before use. Use immediately after unsealing. Any unused portion should be stored in a dry environment.

Performance Characteristics:

Second-generation high tap density product, recommended tap density: 2.4–2.5 g/cm³. Discharge capacity at 0.3C: 145 mAh/g.

Excellent cycling performance: at room temperature, 1C charge / 1C discharge for 2000 cycles with 88.7% capacity retention.

Outstanding high and low temperature performance: capacity retention >96% after 7 days at 60°C; 60.2% discharge capacity retention at -20°C.

Superior rate capability: 96% capacity retention at 8C discharge.

Suitable for power applications, featuring high specific energy and low internal resistance.

Material Performance Parameters:

Ambient Humidity	<30.0%
Designed Gravimetric Capacity	140mAh/g
Typical Formulation	LFP: CNT:SP:5130=96.0%: 0.7%: 0.8%: 2.5%	Using carbon-coated aluminum foil
Using carbon-coated aluminum foil	3000-7000MPa's
Solid Content	54.0-58.0%	adjusted according to viscosity