GAF Energy GAF Energy

Lithium Battery Materials Lithium Iron Phosphate LiFePO4

Customization: Available
Classification: LiFePO4
Grade Standard: Electron Grade

Product Description

Basic Information

Model NO.P198 S17
Production NameLiFePO4
Supply 1Lithium Battery Equipments
Supply 2Lithium Battery Materials
Supply 3Thermal Battery Materials
Ssa12±2m2/G
Tap Density0.8±0.2g/Cm³
C Content1.45±0.2%
Transport PackageStandard Package
OriginChina

Product Description

ProductLiFePO4TypeGN-P198-S17
ItemUnitStandardInspection way
AppearanceAsh black powder
D10μm>0.25Malvern Instruments Ltd MASTERSIZER2000
D50μm1.1±0.5Malvern Instruments Ltd MASTERSIZER2000
D90μm<10Malvern Instruments Ltd MASTERSIZER2000
MoisturePPM≤1000Loss on drying
SSAm²/g12±2ST-08 SSA TESTING INSTRUMENT
TAP Densityg/cm³0.8±0.2FZS4-4 Tap density instrument testing
C content%1.45±0.2-
1st capacitymAh/g≥155Half cells 0.5C char-discharging Voltage:2.5V--3.7V
1st Efficiency%≥95
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Frequently Asked Questions (FAQ)

What is the primary application of this LiFePO4 material?
This material is primarily used as a cathode material for high-performance Lithium Iron Phosphate batteries in various energy storage and power applications.
What is the Tap Density of this product?
The tap density is 0.8±0.2g/Cm³, which is optimized for high energy density and efficient manufacturing processes.
How is the moisture content controlled?
The moisture content is strictly controlled at ≤1000 PPM, ensuring stability and performance consistency in battery assembly.
What test equipment is used for particle size analysis?
We utilize Malvern Instruments Ltd MASTERSIZER2000 for precise particle size distribution (D10, D50, D90) analysis.
What is the first discharge capacity of this material?
The first discharge capacity is rated at ≥155 mAh/g, tested in half cells with 0.5C char-discharging.
Is this material suitable for mass production?
Yes, our LiFePO4 material meets strict industrial standards, making it highly suitable for professional lithium battery manufacturing lines.

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