Safe Chemical Storage Containers: Expert Guide | TRADESAFE
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In this study, recent developments in ocean materials for corrosion resistance are extensively reviewed. It classifies corrosion-resistant materials as metal alloys, nanocomposites, and nanostructured hybrid materials and discusses their performance, mechanisms of protection, and applications in the field.
Several papers within this issue focus on novel coatings and surface treatments that improve the corrosion resistance of materials in marine environments. For instance, Linder et al. 1 investigate the corrosion resistance of additively manufactured (AM) aluminium alloys, which exhibit significant potential for marine applications.
The application of advanced techniques, such as sol-gel treatments, plasma ion nitriding, and additive manufacturing (AM), allows for the development of future corrosion-resistant materials. Several papers within this issue focus on novel coatings and surface treatments that improve the corrosion resistance of materials in marine environments.
They prepared hollow mesoporous zirconia (HMZSs) by sol-gel technology. Using L-CAR as a green and effective corrosion inhibitor in HMZSs shell, the nano container was added to waterborne EP coating, and smart anticorrosion coatings were constructed for the anticorrosion study of carbon steel.
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