Expertise for Better Battery Design and Testing
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Expertise for Better Battery Design and Testing - 1

Leading Thermal Analysis CALORIMETRY Adiabatic (ARC) Differential Scanning (DSC) Isothermal Constant Power NETZSCH offers a broad variety of techniques for determining thermal properties such as heat capacity, thermal conductivity and thermal expansion. When combined with thermodynamic and kinetic information from calorimetry, these methods provide the means for designing thermal models for batteries. This in turn allows one to explore the many different aspects of battery research, such as material optimization, reliability, safety analysis and long-term stability. PROPERTIES Thermal Expansion Thermal Conductivity Heat Capacity THERMAL ANALYSIS DSC/TGA-FTIR DSC/TGA-Mass Spec TMA, DMA, DSC, TGA, DEA SOFTWARE Kinetics Thermal Modeling Safety Analysis Expertise for Better Battery Design and Testing

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Expertise for Better Battery Design and Testing - 2

Differential Scanning Calorimetry Laser Flash Analysis Dilatometry Five different instruments for testing: Safety screening Melting of separators Cathode/Anode stability www.dsc204.info Three different instruments for determination of: Thermal diffusivity Thermal conductivity “Jelly-roll” thermal transport www.lfa457.info Three different instruments for testing: Anode/Cathode dimensional changes Gas generation in coin cells www.dil402.info Multiple Mode Calorimetry Modular instrument for testing: Thermal testing of coin cells Compatibility (cathode materials, electrolytes) Effect of SOC...

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