Our Product
Lithium Hydroxide Monohydrate (LiOH·H₂O) is an inorganic compound specifically refined to meet the stringent quality requirements of Lithium-ion battery production. It is a key material used in high-energy-density and durable cathode chemistries, such as Nickel Manganese Cobalt Oxide (NMC) and Nickel Cobalt Aluminum oxide (NCA), which are essential for powering long-range electric vehicles (EVs).
At Jedro Lithium, we are committed to producing Lithium Hydroxide Monohydrate that meets the highest industry standards for battery-grade quality. While production is set to begin in 2025, our target specifications align with the stringent requirements of global Lithium-ion battery manufacturers.
Specification for Battery grade LiOH
| Parameter | Specification |
| LiOH, wt. % | 56,5 min |
| CO2, wt% | 0,35 max |
| Cl, ppm | 30 max |
| S, ppm | 50 max |
| Ca, ppm | 100 max |
| Fe, ppm | 7 max |
| Na, ppm | 80 max |
| Mn, ppm | 15 max |
| Cr, ppm | 10 max |
| Cu, ppm | 10 max |
| K, ppm | 20 max |
| Ni, ppm | 10 max |
| Zn, ppm | 15 max |
| Magnetic Impurities, Сr+Fe+Zn+Cu, ppb | 100 max |
Specification for Technical grade LiOH
| Parameter | Specification |
|---|---|
| LiOH, wt % | 56,5 min |
| CO2, wt% | 0,35 max |
| Na, wt % | 0,03 max |
| К, wt % | 0,01 max |
| Cl, wt % | 0,01 max |
| СaO, wt % | 0,03 max |
| Fe2O3, wt % | 0,0015 max |
| SO4, wt % | 0,03 max |
| Insoluble in HCl, wt % | 0,005 max |
As we approach production, final specifications will be verified to ensure they meet the expectations of our partners.