Items | Unit | Index |
Lithium tetrafluoroborate | ω/% | ≥99.9 |
Moisture | ω/% | ≤0.0050 |
Chloride | mg/Kg | ≤30 |
Sulfate | mg/Kg | ≤30 |
Fe | mg/Kg | ≤10 |
K | mg/Kg | ≤30 |
Na | mg/Kg | ≤30 |
Ca | mg/Kg | ≤30 |
Pb | mg/Kg | ≤10 |
Application: |
LiBF4 is widely used in current electrolytes, it is mainly used as an additive in LiPF6 based electrolyte systems and as a film-forming additive in electrolytes. The addition of LiBF4 can broaden the working temperature range of lithium battery and make it more suitable for extreme environment (high or low temperature). |
Package and Storage: |
LiBF4 is packed under closed and dry conditions. Products with a net content of less than 10Kg are packed in corrosion-resistant bottles, then vacuum packaging with Al-laminated film. Products with a net content of at least 25Kg are packed in fluorinated plastic barrels. |
Chemical Name: Lithium tetrafluoroborate |
English name: Lithium tetrafluoroborate |
Chemical formula: LiBF4 Molecular weight: 93.75 g/mol Appearance: white or light yellow powder Solubility: Extremely soluble in water, hygroscopic; |
It has good solubility in carbonate solvents, ether compounds and y-butyrolactone solvents; |
Operation, transportation and storage: |
Note: Since lithium tetrafluoroborate is easy to absorb water, it is recommended to be packed and handled in a vacuum glove box or drying room |
Storage Conditions: Keep in airtight place at normal or low temperature, dry and ventilated environment, away from heat source |
Storage Period: 5 years for closed storage |
Packing Specification: |
5kg, fluorinated plastic drum or aluminum bottle |
Customized: customized packaging according to specific requirements of customers |