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'Lotus-effect' tape: imparting superhydrophobicity to solid materials with an electrospun Janus composite mat

机译:“荷叶效应”胶带:通过静电纺Janus复合垫使固体材料具有超疏水性

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摘要

Making superhydrophobic structures on the surface of materials is always an intricate and various subject, which always requires special facilities and techniques. Herein, a "lotus-effect" tape (LET) was designed to impart solid materials with superhydrophobicity using a technique as simple as taping. The so-called LET was prepared with a Janus structure using dual-nozzle electrospinning, and consisted of a lotus-effect upper layer and a thermo-cohesive bottom layer. The LET can be pasted tightly onto the surface of various substrates via an ironing treatment with a household flatiron. The lotus-effect property was then endowed to the substrates. It is worth noting that the LET can also be detached easily from the substrate involved, but without any damage to the original surface of the substrate. This work provides a novel strategy to impart lotus-effect properties onto various materials without the limitations of special facilities and techniques.
机译:在材料表面上制造超疏水结构始终是一个复杂而多样的课题,始终需要特殊的设施和技术。在本文中,设计了一种“莲花效应”胶带(LET),该胶带使用像胶带一样简单的技术赋予固体材料超疏水性。所谓的LET是使用双喷嘴静电纺丝以Janus结构制备的,其由莲花效应上层和热粘合底层组成。通过家用熨斗的熨烫处理,可以将LET牢固地粘贴到各种基材的表面上。然后赋予基材以莲花效果。值得注意的是,LET也可以很容易地从所涉及的基材上拆下,但不会损坏基材的原始表面。这项工作提供了一种新颖的策略,可以将荷叶效果特性赋予各种材料,而不受特殊设施和技术的限制。

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