Ternary lithium battery has the advantages of high energy density, long battery life, long life and low discharge, etc., which is used in many places. With the gradual expansion of ternary lithium battery market, the market demand for anode and cathode materials has also increased significantly. However, the safety of three-way lithium battery is poor, and the thermal stability is poor. It will decompose at 250-300 degrees Celsius. In such a situation of low stability, it is the first thing to avoid unqualified products from circulating on the market when leaving the factory.

The hand-held spectrometer can quickly detect the quality of ternary lithium battery and control the quality of lithium battery as a whole.

If discarded lithium batteries are not handled properly, they contain lithium hexafluorophosphate, organic carbonate and heavy metals such as cobalt and copper, which will inevitably pose a potential pollution threat to the environment.

On the other hand, cobalt, lithium, copper and plastic in waste lithium batteries are valuable resources and have high recycling value. Therefore, scientific and effective treatment of waste lithium batteries not only has significant environmental benefits, but also has good economic benefits.

Handheld spectrometer can quickly detect the element composition of battery materials, for on-site, non-destructive, rapid detection, accurate analysis and detection of the element content and element composition of battery materials, is a good helper of lithium battery recycling industry.

The above is about the "handheld spectrometer in the lithium battery industry specific application" of the relevant introduction, if you need more information, can contact the company.