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Preparation of Strongly Hydrophobic Film with Large Area and Flexibility Based on Micro Fabrication

机译:基于微制造的大面积和柔韧性的浅疏水膜的制备

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In order to gain strongly hydrophobic film with large area and flexibility conveniently and effectively, how to prepare film with combination of technologies including micro fabrication, chemical grafting and micro molding is discussed. Firstly, micro channel arrays that the width is 5μm on the silicon wafer are prepared by micro fabrication. Then after spraying PVDF (Polyvinylidene Fluoride) lotion and pouring PDMS (Polydimethylsiloxane) glue solution onto the silicon wafer as the mould successively, the mixture need to be precured, which constructs rough structures in micro and nano scale on the low surface energy film. Finally chemical grafting for film is carried out under the condition of O_2 and 130°C so that the modification layer easy to adhesive on the boundary between PVDF and PDMS can be formed. Through the above technical routes, the strongly hydrophobic film that the general contact angle exceeds above 145°, the area is 180mm×64mm, the thickness is 0.9mm and the composite layer is firmly combined is gained. Compared to other hydrophobic materials the film is available in large area and has an advantage of flexibility. Meanwhile, the way that the film prepared by micro molding and in virtue of the silicon wafer with micro channel arrays as the mould contributes to large scale production.
机译:为了具有大面积和灵活性,以获得强疏水性膜方便有效地,如何与技术,包括微加工,化学接枝和微模塑组合制备薄膜进行了讨论。首先,微通道阵列,所述宽度为5μm晶片上通过微制造中制备的硅。然后喷雾PVDF(聚偏氟乙烯)乳液和浇注PDMS(聚二甲基硅氧烷)胶液到硅晶片作为模具依次后,将混合物需要被预固化,它构造在微粗糙的结构和对低表面能膜纳米尺度。最后,对于膜化学接枝O_2的条件和130℃下,使得改性层容易PVDF和PDMS之间的边界可以被形成在粘合下进行。通过上面的技术路线,即一般的接触角超过上述145强疏水性膜°,面积为180mm×64毫米,厚度为0.9mm和复合层牢固地结合的不断积累。相对于其他疏水性材料的膜是可用的大面积和具有柔韧性的优点。同时,该膜制备的微模塑和借助与微通道阵列作为模具有助于大规模生产的硅晶片的方法。

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