Natural Superhydrophobic Surfaces and Application

Abstract Superhydrophobicity refers to the phenomenon that contact angle of various low surface tension water droplets on solid is greater than 150°. Over past few years, people have paid more attentions in superhydrophobic surfaces’ design and application. The surfaces are meaningful for basic research practical applications, such as self-cleaning, drag reduction, lubrication, more. This paper summarizes recent advances developments systematically. Furthermore, this work, authors focus concepts commonly used synthetic methods. Electrodeposition electrospinning methods mainly introduced. Finally, we also discuss limitations challenges encountered study superhydrophobicity, with regard fact should be reduced improve energy harvesting efficiency.