| Cathode materials and precursors | ||
| Category: | Product Name: | Remarks: |
| Ternary materials |
NCM111 polycrystalline | 4.3 V high-rate type |
| NCM523 single crystal | 4.35 V high-voltage type | |
| NCM523 polycrystalline | 4.2 V high-rate type | |
| Bare NCM523 polycrystalline (uncoated) |
Suitable for coating studies | |
| NCM613 single crystal | 4.4 V high-voltage type | |
| NCM613 polycrystalline | 4.3 V high-rate type | |
| NCM622 single crystal | 4.3V | |
| NCM622 polycrystalline | 4.25V | |
| Bare NCM622 polycrystalline (uncoated) |
Suitable for coating studies | |
| NCM712 single crystal | 4.35 V high-voltage type | |
| NCM811 single crystal | 4.35 V high-voltage type | |
| NCM811 polycrystalline | 4.3 V high-rate type | |
| NCM811 single crystal (solid-state electrolyte coated) |
Suitable for solid-state battery research | |
| NCM9055 single crystal | LiNi0.90Co0.05Mn0.05O2 | |
| NCM9055 polycrystalline | LiNi0.90Co0.05Mn0.05O2 | |
| Bare NCM9064 polycrystalline (uncoated) |
Suitable for coating studies | |
| Bare NCM9352 polycrystalline (uncoated) |
Suitable for coating studies | |
| NCA polycrystalline | Ni content: 88.6% | |
| NCA polycrystalline | Ni content: 95% | |
| Lithium cobalt oxide |
Lithium
Cobalt Oxide (standard grade) |
4.2V Monocrystalline |
| Lithium Cobalt Oxide (high-rate grade) |
4.4V Monocrystalline | |
| Lithium Cobalt Oxide (ultra-high-rate grade) |
4.2V Polycrystalline | |
| Lithium Cobalt Oxide (high-voltage grade) |
4.35/4.45/4.48/4.53V Monocrystalline | |
| Lithium iron phosphate |
Lithium
Iron Phosphate (carbon-coated) |
LiFePO4/C |
| Precursor | Manganese-free
high-nickel Ni90 precursor (single-crystal) |
Ni0.9Co0.1(OH)2 |
| Lithium-rich manganese-based precursor (polycrystalline) |
Ni0.2521Mn0.7479(OH)2 | |
| Nickel–Cobalt–Aluminum (NCA) precursor (polycrystalline) |
Ni0.88Co0.09AL0.03(OH)2 | |
| Nickel–Cobalt–Aluminum (NCA) precursor (polycrystalline) |
Ni0.95Co0.04AL0.01(OH)2 | |
| Nickel–Cobalt–Manganese–Aluminum (NCMA) precursor (polycrystalline) |
Ni0.6655Co0.0677Mn0.2597Al0.0071(OH)2 | |
| Nickel Cobalt Manganese NCM523 precursor (single crystal) |
Ni0.55Co0.1Mn0.35(OH)2 | |
| Nickel Cobalt Manganese NCM622 precursor (polycrystalline) |
Ni0.6Co0.2Mn0.2(OH)2 | |
| Nickel Cobalt Manganese NCM613 precursor (single crystal) |
Ni0.6Co0.1Mn0.3(OH)2 | |
| Nickel Cobalt Manganese NCM622 precursor (single crystal) |
Ni0.6Co0.2Mn0.2(OH)2 | |
| Nickel Cobalt Manganese NCM811 precursor-A (single crystal) |
Ni0.83Co0.11Mn0.06(OH)2 | |
| Nickel Cobalt Manganese NCM811 precursor-B (single crystal) |
Ni0.835Co0.115Mn0.05(OH)2 | |
| Nickel Cobalt Manganese NCM9055 precursor (single crystal) |
Ni0.9024Co0.0491Mn0.0485(OH)2 | |
| Nickel Cobalt Manganese NCM9055 precursor (polycrystalline) |
Ni0.9022Co0.0487Mn0.0491(OH)2 | |
| High-temperature petroleum pitch (Pitch-A) |
Softening point: 280 °C | |
| Medium-temperature petroleum pitch (Pitch-E) |
Softening point: 125 °C | |
| Expandable graphite | Raw materials for preparing graphene | |
| Other cathode materials |
Lithium vanadium phosphate / Lithium-rich
manganese-based / Lithium manganese oxide / Lithium nickel manganese oxide / Lithium iron manganese phosphate |
|
| Anode material | ||
| Category: | Product Name: | Remarks: |
| Graphite materials |
Natural Graphite-A | 0.1C Capacity ≥ 340 mAh/g |
| Natural Graphite-B | 0.1C Capacity ≥ 360 mAh/g | |
| Synthetic Graphite–Rate-Type | 0.1C Capacity ≥ 348 mAh/g | |
| Synthetic Graphite–Energy Density-Type | 0.1C Capacity ≥ 350 mAh/g | |
| Synthetic Graphite–Standard-Type | 0.1C Capacity ≥ 333 mAh/g | |
| Synthetic Graphite–High Tap Density | 0.1C Capacity ≥ 347 mAh/g | |
| Synthetic Graphite–Fast Charge(3–5C) | 0.1C Capacity ≥ 345 mAh/g | |
| Synthetic Graphite–Fast Charge B(5–10C) | 0.1C Capacity ≥ 345 mAh/g | |
| Mesocarbon Microbeads(MCMB) | 0.1C Capacity ≥ 330 mAh/g | |
| Silicon-carbon materials |
Silicon Monoxide(Uncoated) | Suitable for Coating Research |
| Silicon Monoxide(420) | 0.1C Capacity ≥ 420 mAh/g | |
| Silicon Monoxide(450) | 0.1C Capacity ≥ 450 mAh/g | |
| Silicon Monoxide(950) | 0.1C Capacity ≥ 930 mAh/g | |
| Silicon Monoxide(1400) | 0.1C Capacity ≥ 1350 mAh/g | |
| Silicon Monoxide(1600) | 0.1C Capacity ≥ 1550 mAh/g | |
| Silicon-Carbon Alloy(650)–K | 0.1C Capacity ≥ 650 mAh/g | |
| Silicon-Carbon Alloy(950)–K | 0.1C Capacity ≥ 930 mAh/g | |
| Silicon-Carbon Alloy(1200) | 0.1C Capacity ≥ 1150 mAh/g | |
| Silicon-Carbon Anode 1800 (Porous Carbon Deposited Silicon) |
0.1C Capacity ≥ 1750 mAh/g | |
| Micron Silicon 5 μm | Purity 99.95% | |
| Nano Silicon 99.99%(80–100 nm) | 0.1C Capacity ≥ 3500 mAh/g | |
| Hard carbon | Domestic Hard Carbon–Hard Carbon(Li-ion)B | 0.1C Capacity ≥ 290 mAh/g |
| Imported Hard Carbon(5 μm) | 0.1C Capacity ≥ 290 mAh/g | |
| Lithium titanate | Lithium Titanate-A(Uncoated) | Suitable for Coating Research |
| Lithium Titanate(Carbon-Coated) | 0.1C Capacity ≥ 160 mAh/g | |
