Research Progress of Flexible Superhydrophobic Materials

Abstract

In recent years, flexible superhydrophobic surfaces have attracted widespread attention not only in the emerging field of flexible electronics, but also for their practicality in various settings. In particular, when using flexible thin-film materials as wearable electronics, they are susceptible to contamination by rain, sweat, and other dirt, which affects the sensitivity and stability of the film’s response to electrical signals and reduces the service life of the flexible sensing element. There-*