The preferred lithium source in high-nickel cathode synthesis. It reacts at a lower temperature than lithium carbonate; since high-nickel cathodes degrade structurally at high calcination temperatures, this low-temperature advantage is decisive for NCM811 and higher compositions. It is battery grade with ≥56.5% LiOH content.
Key Features
- Reacts at a lower temperature than lithium carbonate
- The preferred lithium source for synthesizing high-nickel cathodes (NCM811 and above)
- Battery-grade purity with ≤100 ppb magnetic substances and ≤0.5% CO2
Technical Specifications
| Particle Size (D50) |
13 - 17 um |
| LiOH Content |
≥ %56.5 |
| CO2 |
≤ %0.5 |
| Magnetic Substances |
≤ 100 ppb |
Applications
- Synthesis of high-nickel cathodes (NCM811, NCA, Ni90+)
- Low-temperature calcination studies
- Comparative research into lithium source types
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