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FABICATION OF TIN / FE-AL CERMET FROM MIXTURE OF TIN, FE AND AL POWDERS

机译:从锡,铁和铝粉的混合物中制取锡/铁金属陶瓷

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摘要

TiN shows high hardness, good thermal stability and conductivity. Hence, fabrication of TiN cermet considering an application for cutting tools is desired. Fe-Al intermetallic compounds are one of a candidate for binder of the cermet, because it shows good mechanical property and it is composed of common (low cost) elements. Therefore, in this study, fabrication of TiN / Fe-Al cermets were examined.TiN, Fe and Al powders were mechanically milled using a planetary ball mill under Ar atmosphere. The nominal composition of powder mixture was TiN-10 mass% FeAl. The milled powder was consolidated by pulsed current sintering. The sintered compact was composed of TiN and FeAl intermetallic compound. The intermetallic compound would be formed by the reaction of molten Al and solid Fe during the sintering process. The milling conditions affected the three point bending strength, which showed 0.96 GPa using the appropriate milling conditions.
机译:TiN具有高硬度,良好的热稳定性和导电性。因此,期望考虑切削工具的应用来制造TiN金属陶瓷。 Fe-Al金属间化合物是金属陶瓷粘合剂的候选之一,因为它显示出良好的机械性能并且由常见的(低成本)元素组成。因此,在这项研究中,研究了TiN / Fe-Al金属陶瓷的制备。使用Arn球磨机对TiN,Fe和Al粉末进行机械研磨。粉末混合物的标称组成为TiN-10质量%FeAl。研磨后的粉末通过脉冲电流烧结而固结。烧结体由TiN和FeAl金属间化合物组成。金属间化合物将通过在烧结过程中熔融的Al和固体Fe的反应而形成。研磨条件影响三点弯曲强度,在适当的研磨条件下显示三点弯曲强度为0.96 GPa。

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