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CHARACTERIZATION OF CASTING IRON POWDER FROM RECYCLED SWARF

机译:铸铁粉末从再生糖粉的特征

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In this work a study of recycling about gray cast iron chips from machining process and its use as a starting material in the powder metallurgy process is presented. This investigation is focused in the complete characterization of the obtained powders from a detailed study of mechanical grinding efficiency of this swarf. Both, recrystalizing anneals heat treatment and decarburization process of the powders were realized. Also, a study of dilution with pure iron was done, with the purpose to improve the final powder physical characteristics, such as compressibility and sintering. The powder properties were evaluated by optical and scanning electron microscopies, x-ray difratometry and dilatometry techniques. The results achieved are promising associated to viability of gray cast iron swarf recycling and their posterior utilization, in the powder form, as a starting material for the fabrication of many sintered components.
机译:在这项工作中,提出了一种从加工过程中回收关于灰铸铁碎片的研究及其作为粉末冶金过程中的起始材料的用途。本研究专注于获得所得粉末的完全表征,从对该糖粉的机械研磨效率进行详细研究。实现了再晶化退火热处理和粉末的脱碳过程。此外,用纯铁稀释研究,目的是改善最终粉末物理特性,例如压缩性和烧结。通过光学和扫描电子显微镜,X射线脱差和稀释测定技术评估粉末性能。实现的结果是与粉末形式的灰铸铁锻虫回收和其后部利用率相关的承诺,作为制造许多烧结组分的原料。

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