Battery and Energy

Battery and Energy

Achieve next performance level of lithium-ion batteries.

  • Analyze lithium ion batteries components with Raman
  • Measure smoke toxicity with gas-phase FTIR
  • Investigate batteries with a SEM
  • Get new insight into battery degradation with GC-MS and GC
  • Compound battery slurries with continuous twin-screw compounding

Utilize FTIR analysis for conducting research or quality control to enhance your lithium battery alternatives, such as Li–S, Li–O2, Na-ion, electrolyte formulations, or live catalytic systems. One can conduct an inspection of the product quality and gather chemical data to ensure that the specifications of their stakeholders have been met. The non-invasive nature of FTIR spectroscopy makes it an ideal tool for catching quick changes that could impact battery life and security.

With the appropriate accessories, it is possible to conduct dynamic electrochemical studies, operate your system under real-world conditions, examine catalysts under controlled environmental conditions, including temperature and atmosphere, examine the behavior of various regions of energy storage cells, or analyze gaseous emissions released under overheating/overvoltage or mechanical damage.

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