The lifetime of electronic devices in complex environments is affected by the impact of high
temperature water vapor on their performance. Equipping electronic devices with …

Surface contamination and friction result in significant energy losses with widespread
environmental impact. In the present work, we developed fluorine-free super-slippery …

The growing interest in flexible superhydrophobic surfaces extends beyond various practical
applications like solar panels, flexible electronics, etc. This study introduces a cost‐effective …

The chemical inertness of poly (ethylene terephthalate)(PET) fabrics poses challenges in
achieving superhydrophobic coatings with durable adhesion on their surfaces. Conventional …

In the present work, we devised an ecological solution for recycling silicone waste into
functionalized films possessing superhydrophobicity with low drag and oil adsorption …

Developing materials that combine superhydrophobic properties with high optical
transmittance poses a significant challenge. In this study, hydroxyl-terminated …

The current study endeavors facile synthesis of robust nanostructured superhydrophobic
coatings. Different feedstock materials (Cu, Al, Zn, SS316, NiCrCSiBFe) are coated using …

The present work reports a facile and effective approach for developing slippery liquid-
infused porous surface (SLIPS) nanoporous glass. Glass was chemically etched using KOH …

Nanotechnology has emerged as a revolutionary field with diverse applications, including
nanocoatings for medicinal purposes. Nanocoatings, with their unique properties and …