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Higher Density and Higher Performance by Single Pressing and Sintering

机译:通过一次冲压和烧结获得更高的密度和更高的性能

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摘要

Further improvements are being developed in binder and lubricant technology that makes it possible to reach green densities approaching 7.4 g/cm~3 in some applications, without the need to heat the iron powder or to double press and double sinter. This paper outlines the progress of this research. The effect of die temperature and part length on ejection behavior and final properties has been studied. In addition, optimal processing parameters as well as mechanical data are presented.
机译:粘合剂和润滑剂技术正在进一步改进,使得在某些应用中可以达到接近7.4 g / cm〜3的生坯密度,而无需加热铁粉或进行两次加压和两次烧结。本文概述了这项研究的进展。研究了模具温度和零件长度对顶出行为和最终性能的影响。此外,还介绍了最佳处理参数以及机械数据。

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