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On the AMPP Honorees’ Night, Federico Bertasi received the prestigious Best Paper Award 2023 for his groundbreaking research titled “Electrochemical Noise vs. Salt Spray Test: Is There Room for a Faster Corrosion Resistance Evaluation?” An achievement that highlights the relevance of his work in the field of corrosion, a critical challenge in various industries, especially the automotive industry.

    A promising technique for corrosion assessment

    The main objective of Bertasi’s research is to offer a faster and more efficient evaluation of corrosion resistance , using a technique that could save both time and costs . In his study, he analyzed whether there is room to speed up traditional methods; obtaining favorable results that would allow companies to reduce testing times while still obtaining high-quality results.

    Research advances towards practical application

    Although the technique is in its early stages of development , the Italian scientist emphasizes that the concept works and that the research team is already working on its market integration. The ability to perform faster corrosion assessments is a significant advantage, especially in sectors that depend on component safety , such as braking systems.

    Brembo representative Federico Bertasi, in the interview with Inspenet.
    Federico Bertasi, Metallurgy and Electrochemistry Coordinator at Brembo S.p.A., shared insights from his groundbreaking research at AMPP. Source: Inspenet.

    The importance of Brembo in process optimization

    Federico Bertasi is part of Brembo , a world-leading manufacturer of braking systems . In this context, research not only impacts corrosion but also aims to improve vehicle safety , a fundamental issue in the development of automotive technologies. Brakes, as crucial elements for the safety of vehicles and motorcycles, must be kept in optimal condition to avoid any risks related to corrosion.

    Bertasi’s work is not only recognized by the AMPP awards, but his research is publicly available , allowing other researchers and industry experts to consult the results and continue developing new applications of this technique. This marks an important step toward continuous improvement in corrosion assessment methods.

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