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首页> 外文期刊>Dyna >DESGASTE POR ABRASIóN DEL ACERO API 5L X65 REVESTIDO CON NIOBIO POR ASPERSIóN TéRMICA A PLASMA Y CON INCONEL 625 POR SOLDADURA
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DESGASTE POR ABRASIóN DEL ACERO API 5L X65 REVESTIDO CON NIOBIO POR ASPERSIóN TéRMICA A PLASMA Y CON INCONEL 625 POR SOLDADURA

机译:通过热喷涂至等离子喷涂用Niobio涂层的API 5L X65钢和通过焊接进行的Inconel 625磨损

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The aim of this study was to evaluate the abrasive wear resistance of the API 5L X65 steel coated with niobium and Inconel 625 alloy. The niobium coating was obtained by thermal spray process with non-transferred arc plasma and the inconel 625 coating was obtained by shielded metal arc welding. The abrasion resistance was evaluated according to standard Petrobras N-2568, in a tribometer CETR and the coating roughness was determined using proflometry. The coating hardness was determined by Vickers microhardness. The coating morphologies were also characterized by scanning electron microscopy and optical microscopy. The high hardness of niobio coatings contributed to reducing the rate wear compared to the inconel 625 coating.
机译:这项研究的目的是评估涂有铌和Inconel 625合金的API 5L X65钢的耐磨性。通过非喷涂电弧等离子体的热喷涂工艺获得铌涂层,通过屏蔽金属电弧焊获得因科镍合金625涂层。根据标准Petrobras N-2568,在摩擦计CETR中评估耐磨性,并使用轮廓光度法确定涂层粗糙度。涂层硬度通过维氏显微硬度确定。还通过扫描电子显微镜和光学显微镜表征了涂层的形态。与inconel 625涂层相比,niobio涂层的高硬度有助于降低磨损率。

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