线材涂层浸镀、喷涂和阴极电沉积镀膜方法的简单改进(3D镀膜)

H. R. Sadig, Li Cheng, Xiang Tengfei
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引用次数: 0

摘要

本文对目前应用最广泛的三种涂层方法进行了改进,以适应线材涂层(三维涂层)。考虑自然运动的毛细管重力涂层(CGM),以补偿基材的抬升,这通常发生在浸渍涂层方法中。此外,还采用了经济环保的新型喷涂技术(EESM)和分支阴极电沉积技术(BCE)。对这些应用的技术进行了彻底的若干测试和评价。值得注意的是,所有修改的方法都可以轻松检测到应用程序。合成了异常完美的形态输出和功能层。考虑损耗和涂布次数,对上述方法进行了比较。综合考虑了评价分析,以找出这些方法在今后使用的能力。
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New Simple Modification of Dip, Spray and Cathodic Electrodeposition Coating Methods for Wire Coating (3D Coating)
: In the current paper three most applied coating methods modified to suit wire coating (three dimensional coating). Capillary-gravitational coating (CGM) with natural motions considered to compensate the lifting of substrates, which normally occurs in the dip coating method. Besides a new economic- environmental friendly spray coating (EESM) assisted by the motor rotating to coat different wires, and branched cathodic electrodeposition (BCE) used also for the same mission. Thoroughly, several tests and evaluations carried out for those applied techniques. Remarkably, easy application detected for all modified methods. Unusually perfect morphology output and functional layers were synthesized. Comparison of all mentioned methods carried out considering loses and the number of coating time. Evaluation analysis has been comprehensively considered to find out capability of using these methods later on in the future.
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