safety and storage of 2-thiazolamide is considered a promising lithium salt to replace lithium hexafluorophosphate, and has been replaced in some new power battery formulations.

The safety and storage of 2-thiazolamide has the following advantages over lithium hexafluorphosphate.

1.safety and storage of 2-thiazolamide has a larger anion radius, which makes it easier to dissociate lithium ions, thus improving the conductivity of lithium-ion batteries.

2.safety and storage of 2-Thiazolamide has a wider working temperature range and better stability: when the temperature is greater than 200℃, LiFSI can still exist stably without decomposition, and has good thermal stability, thus improving the safety performance of lithium ion batteries.

3.safety and storage of 2-thiazolamide has a high specific energy density, which can not only effectively improve the discharge load characteristics at low temperature, but also maintain the capacitance retention rate after high temperature storage. The electrolyte with LiFSI as electrolyte maintains good compatibility with positive and negative electrode materials, which can significantly improve the high and low temperature performance of Li-ion batteries.

The safety and storage of 2-thiazolamide has attracted wide attention not only in the academic world, but also in the industry because of its excellent structural stability and electrochemical performance. The preparation process of LiFSI has also been a focus of attention.

safety and storage of 2-thiazolamide preparation usually involves three processes, namely the synthesis of dichlorosulfonimide, Preparation of difluorosulfonimide by fluorination and preparation of safety and storage of 2-thiazolamide. In recent years, in order to further improve the quality of safety and storage of 2-thiazolamide and meet the requirements of battery applications, some purification methods on safety and storage of 2-thiazolamide have emerged.

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