Shenzhen XFH Technology Co., Ltd.

Xiangfenghua's artificial graphite anode material series covers composite artificial graphite, fast-charging artificial graphite, and high-end artificial graphite. It adopts a secondary granulation and petroleum-coke-based process route, featuring high capacity, high compaction, excellent rate performance, small charging expansion, good high/low-temperature performance, and reliable safety.

Median particle size D50 11.0–17.5 μm; full-cell design capacity 348–355 mAh/g; compaction density 1.55–1.70 g/cm³; covers models such as HD-12, HD-24C, FC23G, FC12G, HD-35.

• xEV/electric vehicle power batteries
• Energy storage stations (ESS)
• 3C consumer electronics
• Power tools
• eVTOL

Xiangfenghua's natural graphite anode material series includes conventional natural graphite and high-end densified natural graphite. It features excellent electrode processing performance, high capacity, long cycle life, outstanding low-temperature performance, low expansion, stable cycle performance, and good safety, and is suitable for high-capacity power batteries.

Median particle size D50 14.5–19.0 μm; full-cell design capacity 360–365 mAh/g; compaction density 1.73–1.85 g/cm³; covers models such as XFH-1, FH-19.

• High-capacity power batteries
• High-capacity aluminum-shell/cylindrical lithium-ion batteries

Xiangfenghua's silicon-carbon anode material series adopts a CVD process to prepare a novel silicon-carbon anode, featuring high capacity, high first-cycle efficiency, low expansion, and long cycle life, targeting high-energy-density battery applications.

Median particle size D50 5.0–9.0 μm; full-cell design capacity 1800–2000 mAh/g; first-cycle efficiency >75%–90%; compaction density 0.90–1.10 g/cm³; covers models such as VS-1, VS-2.

• High-energy-density pouch/cylindrical lithium-ion batteries
• 3C consumer electronics
• Power tools
• eVTOL

Xiangfenghua's silicon-oxide anode material series is a conventional first-efficiency silicon-oxide product, featuring high capacity, low expansion, and high cost-effectiveness, targeting high-energy-density battery applications.

Median particle size D50 5.0–9.0 μm; full-cell design capacity 1600 mAh/g; first-cycle efficiency >75%; compaction density 1.00–1.20 g/cm³; representative model BS3.

• High-energy-density pouch/cylindrical lithium-ion batteries
• 3C consumer electronics
• Power tools
• eVTOL