Understanding how and why batteries degrade over time is essential for improving design and lifecycle performance.
In this webinar, explore HORIBA’s approach to ageing studies using µRaman, GD-OES, and SEI for both in-situ and ex-situ diagnostics. See how we map SEI growth, detect oxide formation, and follow structural changes in electrodes to predict performance decline and inform better material and process choices.

Crystallinity and material structure are key to maximizing battery energy and power density. HORIBA’s µRaman and QCarbon tools offer direct access to carbon ID/IG ratios and coating uniformity, while GDOES reveal elemental depth profiles. This webinar guides you through essential characterization techniques for both carbon-based and cathode materials, empowering better design and quality control for next-gen batteries.

Surface and interface studies need complementary analytical techniques, like GDOES and Raman, to provide elemental profiles and molecular insights on multilayers of various depths. This webinar illustrates this complementarity by showing selected results on polymeric coatings, anodic films, batteries, coatings on glass and DLC coatings.

In this webinar, we explore how HORIBA’s integrated solutions, including particle characterization and MicroXRF, provide comprehensive characterization of carbon materials and cathode powders. While laser diffraction and centrifugal sedimentation systems analyze particle size distribution and dispersion state with high precision and minimal sample prep, MicroXRF reveals elemental composition and ratios within electrodes at microscale.

The nuclear industry operates within some of the most demanding regulatory and technical environments, requiring precision, reliability, and safety at every stage of the nuclear lifecycle. In this webinar, we will explore how advanced analytical technologies and instrumentation provide comprehensive support across key phases of nuclear operations, from raw material qualification to environmental monitoring and facility decommissioning.

Minor impurities can cause major battery failures. This session delves into the critical role of impurity and additive control in both anode and cathode materials. HORIBA’s advanced solutions—such as EMGA/EMIA for O/N/S/C analysis and ICP-OES with ETV for trace metal detection—offer fast, accurate, and easy-to-use platforms for impurity profiling. Learn how early detection helps prevent capacity fade, short circuits, and other degradation phenomena, ensuring higher energy density and longer battery life.

This webinar demonstrates how to reveal structural information from molecules with rare-earth elements using fluorescence spectroscopy. It covers subjects in materials and optics-related fields.

Discover the comprehensive solutions offered by HORIBA for every step of the battery value chain, from raw materials to recycling. Our scalable, easy-to-use, and high-performance solutions are designed to tackle the challenges faced at each stage of battery production and usage.

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For corrosion purposes, to predict failures, optimize material lifespan, and develop effective corrosion protection strategies, ensuring durability and reliability in demanding environments, different advanced analytical solutions are needed. We will present a comprehensive range of advanced analytical solutions for the corrosion market, designed to address the complexities of corrosion processes and protection strategies.

Carbon materials are crucial due to their widespread application in industries like energy storage. Analyzing carbon helps ensure material quality and performance. However, its structural complexity and variability, such as the presence of defects and morphological disparities, pose challenges, making precise analysis difficult.