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Effect of Surfactant on Surface Morphology and Wear Resistance of a Micro Arc Oxidized Cp-Ti

机译:表面活性剂对微弧氧化Cp-Ti表面形貌和耐磨性的影响

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Commercial-purity (Cp) Ti was micro arc oxidized in calcium acetate and sodium phosphate electrolyte with and without surfactant addition under two different voltage levels by using a bipolar power supply. Following micro arc oxidation,surfaces of the samples were examined; surface roughness and coating thickness were measured to evaluate the effect of surfactant addition on surface morphology. Reciprocating wear tests were also carried out to determine wear resistance of the samples. Results indicated that surfactant addition was an effective way to reduce surface roughness of the sample oxidized under lower voltage, whereas it improved wear resistance of the sample when oxidized under higher voltage.
机译:使用双极电源,在两种不同的电压水平下,在添加和不添加表面活性剂的情况下,在乙酸钙和磷酸钠电解质中微弧氧化商业纯度(Cp)Ti。微弧氧化后,检查样品的表面。测量表面粗糙度和涂层厚度以评估表面活性剂添加对表面形态的影响。还进行往复磨损测试以确定样品的耐磨性。结果表明,表面活性剂的添加是降低在较低电压下氧化的样品表面粗糙度的有效方法,而当在较高电压下氧化时,则提高了样品的耐磨性。

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