中国激光, 1994, 21 (2): 152, 网络出版: 2007-08-17
铜合金的激光熔敷
Laser Cladding of Copper Alloy
摘要
从九种铜合金粉末中优选出了适于激光熔敷的CuSnP合金。Cu/铸铁激光熔敷存在界面浸润能力差、表面易氧化、层内气孔多等缺陷;它属于微稀释熔敷;对工艺参数控制严格。添加硅、硼等脱氧剂可改善界面浸润和保护能力,获得可工业应用的大面积熔敷层,其主要相结构为α+β,Hv150。
Abstract
Copper alloys suitable for laser cladding on cast iron are selected from nine types of conventional powders. There are a POOr spreading ability and porosity of copper alloy over the surface of cast iron. Copper alloy surface is easily oxidized in atmosphere. These shortuges have been overcome by adding deoxidizers of St and H3BO3. Laser parameters, stress and coefficient of friction have been examined and the larger smooth surface of Cu/cast iron for friction by laser cladding has been made for the application of the guide shoes of machine.
杨洗陈, 钟敏霖, 郑天禧, 张乃坤. 铜合金的激光熔敷[J]. 中国激光, 1994, 21(2): 152. 杨洗陈, 钟敏霖, 郑天禧, 张乃坤. Laser Cladding of Copper Alloy[J]. Chinese Journal of Lasers, 1994, 21(2): 152.