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Higher surface hardness, less distortion

机译:表面硬度更高,变形更少

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There hasn't been a better time than now to evaluate the quality and economics of heat-treating processes. Accelerated Austenitizing (AA) may provide a competitive edge needed in today's economic climate. Michael Hammond of Electroheat Technologies describes some of the benefits now possible with this process. Higher production rates, improved quality and lower distortion are the key benefits of Accelerated Austenitizing, (AA). Recent developments in AA with Simultaneous Dual Frequency (SDF) induction heating has provided inroads into producing higher quality microstructures at faster processing cycles and lower distortion results than conventional heat-treating processes. With the advent of using two frequency ranges, medium and high, the use of high flux intensity heating through uniform heating of nonlinear surfaces such as gears, sprockets, camshafts and other nonlinear complex surfaces has expanded.
机译:没有比现在更好的时间来评估热处理工艺的质量和经济性了。加速的奥氏体化(AA)可以提供当今经济形势下所需的竞争优势。 Electroheat Technologies的Michael Hammond描述了此过程现在可能带来的一些好处。更高的生产率,更高的质量和更低的变形是加速奥氏体化(AA)的主要优势。同步双频(SDF)感应加热的AA的最新发展提供了比传统热处理工艺更快的加工周期和更低的变形结果,从而可以生产出更高质量的微结构。随着使用两个频率范围(中频和高频)的出现,通过对齿轮,链轮,凸轮轴和其他非线性复杂表面等非线性表面进行均匀加热而对高通量强度进行加热的应用已经扩展。

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