材料科学
稳健性(进化)
涂层
制作
耐久性
润湿
热的
复合材料
超疏水涂料
纳米技术
表面光洁度
表面能
生物化学
化学
替代医学
物理
病理
气象学
医学
基因
作者
Hailong Zhang,Xinyu Bu,Wanbo Li,Miaomiao Cui,Xingxiang Ji,Furong Tao,Ligang Gai,Haihui Jiang,Libin Liu,Zuankai Wang
标识
DOI:10.1002/adma.202203792
摘要
Abstract Designing scalable coatings with a wide spectrum of functions such as liquid repellency, anticorrosion, and antiflaming and a high level of mechano–chemical–thermal robustness is crucial in real‐life applications. However, these individual functionalities and robustness are coupled together or even have conflicting requirements on the interfacial or bulky properties of materials, and thus, simultaneously integrating all these individual features into one coating has proved challenging. Herein, an integral skin‐inspired triple‐layered coating (STC) that resolves conflicting demands imposed by individual features on the structural, chemical, mechanical, and thermal properties of materials is proposed. Specifically, the rational design of multiple gradients in roughness, wetting, strength, and flame retardancy and the formation of continuous interfaces along its triple layers endow a sustained liquid repellency, anticorrosion, and flame retardancy even under harsh environments, as well as strong antiabrasion on surfaces and adhesion with the substrate. Such an all‐in‐one design enhances the durability and lifetime of coatings and reduces the maintenance and repair, thereby contributing to cost and energy saving. Together with a facile spraying fabrication process, this STC provides a feasible and sustainable strategy for constructing energy and resource‐saving materials.
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