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Lithium alloy | Potential (mV) | Total lithium content (%) | Voltage (FeS2 / V) | Maximum current density (A / cm2) | Temperature (℃) | Specific capacity (Ah / g) |
ESLiAl | ~300 | 21±2 | 1.77 | 0.5 | ~700 | 0.66 |
ESLiSi | ~270 | 44±2 | 1.92 | 2 | ~730 | 1.29 |
ESLiB | 0~100 | 50-75 | 2.0~2.3 | 8 | ≥900 | 2.17 |
Packaging: 25kg plastic woven bag. Can also use cardboard drums, paper bags, trays, etc. according to requirements. |
Features: A composite material consisting of a brittle Li7B6 matrix phase and a ductile Li filled phase with a porous structure. The density is 0.88 ± 0.04g / cm3. The appearance is a silver-white metal, which is extremely unstable. . Lithium-boron alloys have outstanding advantages such as high specific energy, high specific power and low grade, electrochemical potential close to that of pure lithium, and still solid above 600 ° C. |
Uses: Lithium-boron alloy as a new type of thermal battery anode material, the assembled battery has excellent performance in both the highest voltage and discharge working time. |
Name | Cas.No | Appearance |
Lithium Sheet | / | Silver-white metal |
Lithium Particle | / | Silver-white metal |
Lithium Rope | / | Silver-white metal |
Metal Lithium | / | Silver-white metal |
Lithium Ribbon | 7439-93-2 | Silver-white metal |
Battery Grade Lithium Metal | 7439-93-2 | Silver-white metal |
Lithium Silicon Alloy Powder | 68848-64-6 | Dark gray powder |
Lithium Aluminum Alloy | / | Light gray powder |
Lithium Aluminum Alloy | 7439-93-2 | Silver-white metal |
Lithium Aluminum Alloy | 7439-93-2 | Silver-white metal |
Lithium Magnesium Alloy | / | Silver-white metal |
Lithium Boron Alloy | / | Silver-white metal |
Lithium Boron Alloy | / | Silver-white metal |