本文论述了在不易渗硼的奥氏体不锈钢上获得硼化物层的可能性。试验证明,可用先镀铁后渗硼方法,在不锈钢表面形成高硬度的硼化物层,它的硬度与常用钢渗硼层相似。研究了电镀铁工艺(温度、刻蚀工艺等)对镀铁层和随后渗硼层质量的影响。不锈钢硼化物层厚度可用控制镀铁层厚度进行调节。 This article discusses the possibility of obtaining a boride layer on austenitic stainless steel that is difficult to boronize. Experiments show that the available first after plating boron plating method, the formation of high hardness in the stainless steel surface boride layer, its hardness and commonly used steel boron layer similar. The effects of electroplated iron processes (temperature, etching process, etc.) on the quality of the iron-plated and subsequently boronized layers were investigated. The thickness of the stainless steel boride layer can be adjusted by controlling the thickness of the plated layer.