Study on the new solution of air plasma spray for improving the performance of amorphous coatings

Duong Vu Duong
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Abstract

Thermal spray processes found wide applications in many industries, including the automotive industry due to their versatility and efficiency. There were a lot of publications about the hard-facing of these components using some thermal spray processes: electric arc wire, High Velocity Oxygen - Fuel (HVOF), detonation, and plasma. The decision of the engineer depends on the context based on the specific character of the component, the operation condition, and the availability of the equipment. The typical generation plasma gas is the inert gas, namely the argon, helium, or their mixture. Recent publications have shown the result of deposition using amorphous powder, cermet, and self-flux materials. However, there is a lack of investigation on the air plasma spray using Fe-based powders. The contribution of this work is the new combining solution, including the innovation of a plasma torch, to spray Fe-based powders in the ordinary air for hard-facing provided wear resistance.
改善非晶涂层性能的空气等离子喷涂新溶液的研究
热喷涂工艺由于其通用性和效率,在许多行业,包括汽车行业中得到了广泛的应用。有很多关于使用一些热喷涂工艺(电弧丝、高速氧燃料(HVOF)、爆轰和等离子体)对这些部件进行硬面处理的出版物。工程师的决定取决于基于组件的具体特性、操作条件和设备的可用性的上下文。典型的等离子体气体是惰性气体,即氩气、氦气或它们的混合物。最近的出版物显示了使用非晶粉末,金属陶瓷和自通量材料沉积的结果。然而,对铁基粉末在空气等离子体喷涂中的应用研究较少。这项工作的贡献是新的组合解决方案,包括等离子炬的创新,在普通空气中喷射铁基粉末,以提供坚硬表面的耐磨性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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