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A highly stretchable superhydrophobic surface is prepared by Changyu Tang and co‐workers in article number 1602353, through a facile spray‐coating of nano‐carbon black/polybutadiene elastomeric composite on a rubber substrate. The hierarchical roughness of the resulting composite coating exhibits a self‐adaptive deformation behavior and enables the surface to maintain a superhydrophobic property (water...
With the rapid development of stretchable electronics, functional textiles, and flexible sensors, water‐proof protection materials are required to be built on various highly flexible substrates. However, maintaining the antiwetting of superhydrophobic surface under stretching is still a big challenge since the hierarchical structures at hybridized micro‐nanoscales are easily damaged following large...
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