摘要
针对目前国内制作钎焊金刚石/CBN砂轮的几种工艺方法,分析了存在的优缺点。根据工厂试验中出现的实际问题,指出了寻找到合适基体材料的方法,为解决高温钎焊对基体的影响提供了一个较好的样本。为了满足CBN/金刚石砂轮基体的力学性能需要,建议砂轮基体采用40Mn2这种材料,在700℃左右回火,其硬度可以达到38HRC左右,能够满足高速磨削和高精度磨削的要求。
According to several process methods on manufacturing the brazing diamond/CBN grinding wheel in the domestic market currently,the advantages and disadvantages of these methods are analyzed.In accordance with the actual problem occurred during factory tests： the welding temperature affects severely hardness of the grinding wheel matrix,and accordingly affects the accuracy consistency,a method for finding out a suitable matrix material is presented in this thesis,and thus a better sample is offered to solve the effect problem of the high-temperature brazing on the matrix.The conclusion is： to meet the dynamic performance requirements of CBN/diamond grinding wheel matrix,the 40Mn2 material is recommended for a grinding wheel matrix,its hardness can reach around HRC38 after temper at a temperature of around 700℃,and thus can meet the requirements of high-speed grinding and high-precision grinding.
出处
《工具技术》
2012年第8期56-58,共3页
Tool Engineering
关键词
钎焊金刚石/CBN砂轮
基体强度
高温感应钎焊
适合的基体
brazing diamond/CBN grinding wheel
matrix intensity
high-temperature inductive brazing
a suitable matrix
