Abstract
Repellent Materials Superhydrophobic materials often depend on a particular surface patterning or an applied coating. However, these surfaces can be damaged by wear or fouled by oily materials. Lu et al. devised a suspension of coated titanium dioxide nanoparticles that can be spray-painted or dipcoated onto a range of hard and soft surfaces, including paper, cloth, and glass. The coatings resisted rubbing, scratching, and surface contamination. ![Figure][1] Superhydrophobic painting corrals water PHOTO: YAO LU Science , this issue p. [1132][2] [1]: pending:yes [2]: /lookup/volpage/347/1132?iss=6226
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