tIn this study, superamphiphobic coating was produced using low surface energy materials and fabrica-tion of hierarchical structures on stainless steel surface. Hierarchical structure was fabricated by silicamultilayer coatings and adequate control of particles size in each layer. The surface energy was decreasedby fluoropolymer compounds. The maximum static contact angle of DI water, ethylene glycol and fueloil droplets on the prepared surface increased from 64◦to 166◦, from 33◦to 157◦and from 0◦to 116◦,respectively. Also, the minimum sliding angles of DI water, ethylene glycol and fuel oil droplets on theprepared surface were less than 2◦, 5◦and 12◦, respectively. These results confirmed the superhydropho-bicity and superoleophobicity of coated surfaces. These films maintained their superamphiphobicity after16 days of immersion in water. In electrochemical corrosion evaluation, the highest protection efficiencyof fabricated films reached as high as 97.33%. These satisfied results confirmed that this simple methodcan be used to fabricate large scale samples.

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