Study on the influence of wet and cold environment on the surface morphology of superhydrophobic anti-icing coatings

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The coating exhibits significant degradation in performance due to wet and cold conditions.
Initial superhydrophobicity is marked by a contact angle greater than 150°, indicating excellent water repellency.
Experimental trials demonstrate that low temperature water impacts the micro-nano structure of the coating.
Findings provide a theoretical basis for enhancing anti-ice coatings used in electric power equipment.

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Investigation shows that superhydrophobic coatings degrade in wet and cold environments, suggesting improvements are needed for durability.

Ma et al. (2025) studied this question.

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Investigation shows that superhydrophobic coatings degrade in wet and cold environments, suggesting improvements are needed for durability.