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Synthesis of Lithium Iron Phosphate Materials by GCL-PHY Method

「PHY Positive Electrode Material」series

Mainly including: C3 High Energy Efficiency Lithium Iron Phosphate、C7 High-Pressure Solid Lithium Iron Phosphate、C10 High Voltage Real High Power Lithium Iron Phosphate、C15 High-Capacity High-Power Lithium Iron Phosphate

Lithium Battery

Cathode Material

Cathode materials account for 30-35% of the cost of battery cells

30-35%

It is the component with the largest proportion in the battery cell

C3 High Energy Efficiency Lithium Iron Phosphate

Process characteristics

Medium compaction

Electrical performance characteristics

96%

Applicable market

Energy storage base station

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C15 High-Capacity High-Power Lithium Iron Phosphate

Process characteristics

High power

Electrical performance characteristics

1C 146 mAh/g

Applicable market

HEVs

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C7 High-Pressure Solid Lithium Iron Phosphate

Process characteristics

High voltage reality

Electrical performance characteristics

Powder compaction 2.55 g/cm3

Applicable market

HEVs

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C10 High Voltage Real High Power Lithium Iron Phosphate

Process characteristics

High voltage and high power

Electrical performance characteristics

1C 142mAh/g, 3.2Vplatform 92%

Applicable market

HEVs

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