Abstract
Abstract A robust superhydrophobic surface of hexagonal ZnO microrods with a sole microscale structure was achieved via a controlled shape-preserving hydrothermal reaction. The obtained surface showed superhydrophobic properties with good mechanical properties by means of a tribological tester, which may provide an insight into designing robust water-repellent surfaces on various substrates and offer opportunities for developing various promising applications for biomimetic superhydrophobic surfaces.
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