Facile Approach for Omniphobic and Anti-icing on Fe Surface

Thanh-Binh Nguyen, Khamla Boudkhamchampa, Thị Trang Bùi, Minh Hung Dang
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Abstract

The functionalized process refers to a new concept, which aims to modify the physical and chemical properties of the original surface for specific purposes. Hence, the functional surfaces will introduce the desired properties that can not be found in the original material. The various applications might be named liquid repellent, anti-icing, anti-reflection, water harvesting, anti-biofouling, etc. This study proposes a simple and fast fabrication method based on etching incorporated with low surface energy chemical compound coating to functionalize the Iron (Fe) surface for omniphobic and anti-icing characteristics. After being functionalized, the surface reveals an omniphobic state with various liquids and extremely low adhesion to ice bulk. The research might suggest solutions for manufacturing functional surfaces oriented to outdoor applications such as windshields, rearview mirrors, anti-fouling surfaces, etc
铁表面疏水防冰的简易方法
功能化工艺是指一种新的概念,其目的是为了特定的目的而改变原有表面的物理和化学性质。因此,功能表面将引入在原始材料中无法找到的所需特性。其应用领域包括防液体、防结冰、防反射、集水、防生物污染等。本研究提出了一种基于蚀刻结合低表面能化合物涂层的简单快速制备方法,使铁(Fe)表面功能化,具有全憎和防冰特性。功能化后,表面呈现出各种液体的全疏状态,与冰体的粘附性极低。这项研究可能为制造面向户外应用的功能性表面(如挡风玻璃、后视镜、防污表面等)提供解决方案
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