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Thermally Sprayed Fine Fe-based Materials for Wear Protection Applications in the Printing Industry

机译:热喷涂细铁基材料,用于印刷行业中的磨损保护

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摘要

Iron based materials are classified as being more health and environmentally friendly as well as cost-effective (material and machining costs) compared to typical materials used for wear protection applications (e.g. cermets). The advantage which is seen in using very fine powders (<15 μm), is their potential to spray relatively thin, dense near-net-shape coatings with comparable smooth surfaces. This can lead to lower coating as well as machining costs. In this work fine Fe-based powders (-15+5 μm) have been used in order to produce wear resistant coatings for applications in the printing industry by means of air plasma spraying (APS). With regard to oxidation problems of such fine Fe-based materials a shroud for the air plasma spraying system has been developed and deployed. The resulting coatings have been analysed with respect to the microstructure, micro hardness, chemical and phase composition as well as surface roughness (as-sprayed). The economical aspects have also been considered.
机译:与用于磨损防护应用的典型材料(例如金属陶瓷)相比,铁基材料被归类为更健康,更环保,成本效益更高(材料和加工成本)。使用非常细的粉末(<15μm)时看到的优点在于,它们可以喷涂具有相对光滑表面的相对薄的致密近净形涂层。这可能导致较低的涂层以及加工成本。在这项工作中,已经使用了细的铁基粉末(-15 + 5μm),以通过空气等离子喷涂(APS)生产用于印刷行业的耐磨涂层。关于这种细的铁基材料的氧化问题,已经开发并部署了用于空气等离子体喷涂系统的罩。分析了所得涂层的微观结构,显微硬度,化学和相组成以及表面粗糙度(已喷涂)。还考虑了经济方面。

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