Materialien

Evaluation and analysis play a major role in developing sustainable materials for industries.

HORIBA contributes to identify and overcome climate challenges, paving the way for a more sustainable future. The key challenges of materials science involve innovation, traceability, circularity, climate contribution, carbon neutrality, zero pollution, and decarbonization.

One of the primary focuses lies in the research and development of new materials, including polymers, metals, composites, biomaterials, carbon materials for energy, and raw materials for semiconductors.

HORIBA helps to:

  • Create materials by harnessing chemistry sustainable by design, which not only meet industry standards but also minimize adverse effects on the environment.
  • Reduce waste generation and energy consumption by streamlining manufacturing processes, ultimately contributing to overall sustainability efforts.
  • Contribute to net zero emissions by transforming captured CO2 into new materials.
  • Implement recycling solutions ensuring that materials are reused efficiently, and thus closing the loop on resource utilization.

 

These efforts extend across the entire material supply chain, from R&D to manufacturing and recycling.
 

    HORIBA provides scientists with analytical instruments, integrated solutions, and consulting services for material analysis, enhancing their understanding of material properties across industries like chemistry, energy, automotive, electronics and life sciences. For specific needs, HORIBA can develop and integrate together with you solutions into manufacturing and recycling processes.

    Through collaboration and knowledge sharing, HORIBA fosters innovation for a sustainable future, applying analysis to create solutions benefiting industry and society.

    Corrosion

    Chemicals

    Chemical Manufacturing

    Construction Materials

    Containers and Packaging

    Paper, Forest Production and Manufactoring

    Material Research

    Photovoltaics

    Forensics

    Mixture of bone and rocks

    News

    Webinar - Mastering Carbon Material Characterization: The Key to Overcoming Battery Challenges

    In this webinar, HORIBA’s market manager for materials, Ludivine Fromentoux, will explain how different techniques such as Raman spectroscopy, ETV-ICP-OES, and particle size analysis can help you fully characterize carbon samples. You’ll discover how to ensure your battery materials meet the highest standards of quality, performance, and sustainability. Whether you’re in the early stages of raw material sourcing or involved in advanced battery cell manufacturing, this session will provide the insights and tools necessary to improve your workflow.

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    Optimizing Carbon Material Analysis with Raman Spectroscopy

    Application note - Optimizing Carbon Material Analysis with Raman Spectroscopy

    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.

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