首页> 外文会议>International Conference on Solid-State Sensors, Actuators and Microsystems & Eurosensors XXXIII >Fabrication of High Aspect-Ratio Microstructure on Improved Titanium Substrate with Excellent Adhesive Strength and SU-8 Photoresist
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Fabrication of High Aspect-Ratio Microstructure on Improved Titanium Substrate with Excellent Adhesive Strength and SU-8 Photoresist

机译:在具有优异粘合强度和SU-8光刻胶的改良钛基材上制备高纵横比的微结构

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This paper studies an anodic oxidation method (AOM) for improving the adhesion strength between SU-8 photoresist and titanium substrate. The adhesion was increased by approximately 86% through anodic oxidation treatment compared to Si wafer substrate. Moreover, the adhesion strength was further strengthened by hard baking at 110°C and its value was up to 71.64 MPa, which almost approaches the breaking strength of SU-8 polymer. The high aspect ratio (24) SU-8 micropillar arrays with 600 μm height were fabricated without any distortion, collapse and delamination. The treated titanium substrate can also serve as a seed layer for electroplating.
机译:本文研究了一种阳极氧化方法(AOM),以提高SU-8光刻胶与钛基底之间的粘合强度。与硅晶片基板相比,通过阳极氧化处理,附着力提高了约86%。而且,通过在110℃下的硬烘烤进一步提高了粘合强度,其值高达71.64MPa,几乎接近SU-8聚合物的断裂强度。制作了具有600μm高的高长宽比(24)SU-8微柱阵列,没有任何扭曲,塌陷和分层。经处理的钛基材也可以用作电镀的种子层。

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