从颗粒冶金到添加剂技术

A. Timofeev, A. Logacheva
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引用次数: 1

摘要

OJSC«Kompozit»的历史可以追溯到中央材料科学研究所(CRIMS),并成功地成为火箭和航天工业中领先的材料科学研究所。企业采用和改进先进技术,创造了多种新型金属、非金属、复合材料和陶瓷材料。本文概述了粉末行业的发展,从颗粒冶金到添加剂技术,并展示了MISIS毕业生的参与。OJSC«Kompozit»通过选择性电子束熔化(SEBM)制造国产VT6S钛合金粉末零件的经验。初始粉末是通过等离子体离心喷涂棒材获得的。结果表明,该粉末具有理想的球形、低缺陷率、高加工性等特点,完全满足工艺要求。研究了SEBM制备的样品和零件的显微组织和性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
FROM METALLURGY OF GRANULES TO ADDITIVE TECHNOLOGIES
OJSC «Kompozit» traces its history back to the Central Research Institute of Materials Science (CRIMS) and successfully acts as a leading material science institute in the rocket and space industry up to the present day. The enterprise uses and improves state-of-theart technologies, and creates a variety of new metal, non-metallic, composite and ceramic materials. This article provides an overview of powder sector development from the metallurgy of granules to additive technologies and shows the participation of MISIS graduates. The experience of OJSC «Kompozit» in the manufacturing of parts by selective electron beam melting (SEBM) of home-made VT6S titanium alloy powders. Initial powders are obtained by plasma centrifugal spraying of the bar stock. It is shown that the powders feature an ideal spherical shape, low defect rate, high processability and fully meet the process requirements. The microstructure and properties of samples and parts obtained by the SEBM are studied.
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