- Product Details
Keywords
- lithium salt
- electrolyte
- battery
Quick Details
- ProName: Lithium difluoro(oxalato)borate
- CasNo: 409071-16-5
- Molecular Formula: C2BF2O4.Li
- Appearance: White or light yellow, free flowing po...
- Application: Use as SEI forming additive or conduct...
- PackAge: Al/PE bottles
- ProductionCapacity: 10 Metric Ton/Day
- Purity: 99.9%
- LimitNum: 3 Kilogram
- Grade: Electron Grade,Other
Superiority
Lithium oxalyldifluoroborate (LiODFB,LiDFOB,LiFOB) LiBC2O4F2 143.77g/Mol Purities:>99.5% Moisture:<0.025% Battery grade Can use as SEI …
Details
Lithium oxalyldifluoroborate (LiODFB,LiDFOB,LiFOB) LiBC2O4F2 143.77g/Mol Purities:>99.5% Moisture:<0.025% Battery grade Can use as SEI forming additive conductive salt replace LiPF6 fhigh performance lithium rechargeable batteries. With high temperature stability: decomposition temperature over 240 °C (TGA experiment); form more stable proposing SEI on cathode anode material; improve battery high temperature performance; effectively suppress Mn Fe dissolve from cathode material; Hygroscopic; Specially can replace LiPF6 as main salt use in EV/XEV batteries. The electrolyte shows best thermal stability lower SEI resistance with good low temperature performance As a novel conductive lithium salt, LiDFOB, which possess good film forming property high thermal stability. It shows several very interesting properties fits use in lithium-ion batteries including excellent Al-corrosion-protection properties, excellent cycling behaviof lithiated carbon anodes cathodes, no HF-evaluation upon hydrolysis, far better solubility when compared to LiBOB. Even only with LiDFOB solvents, battery can get good performance