What question did this study set out to answer?

The aim is to develop a durable and stable anti-corrosive coating using a Ce–Mn oxide nanocomposite.

March 6, 2026

A sustainable anti-corrosive coating of epoxy resin-based Ce–Mn oxide nanocomposite in salt-spray and marine environments

ANArunadevi Natarajan SPShyam PandeyUniversity of Petroleum and Energy Studies RSRavindra Pratap SinghIndira Gandhi National Tribal University

Key Points

The aim is to develop a durable and stable anti-corrosive coating using a Ce–Mn oxide nanocomposite.
Preparation of Ce–Mn oxide nanocomposite with unique morphology and high thermal stability.
Evaluation of the coating's flexibility and protective features in salt-spray and marine environments.
The nanocomposite exhibits excellent flexibility and high thermal stability.
Demonstrated enhanced durability and protection against corrosion in harsh marine conditions.

Abstract

Prepared a nano-composite (Ce–Mn oxide) with unique morphology, high thermal stability, and excellent flexibility, utilised as an anticorrosive coating for enhanced durability and protection in harsh marine environments.

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