Status and Future Development of Metallurgical Quality and Performance of Bearing Steels for High-End Equipment
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Status and Future Development of Metallurgical Quality and Performance of Bearing Steels for High-End Equipment
Special SteelVol. 42, Issue 1, Pages: 1-10(2021)
作者机构:
钢铁研究总院特殊钢研究所,北京,100081
作者简介:
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DOI:
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Online First:28 December 2021,
Published:28 December 2021
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曹文全, 俞峰, 王存宇, et al. Status and Future Development of Metallurgical Quality and Performance of Bearing Steels for High-End Equipment[J]. Special Steel, 2021, 42(1): 1-10.
DOI:
曹文全, 俞峰, 王存宇, et al. Status and Future Development of Metallurgical Quality and Performance of Bearing Steels for High-End Equipment[J]. Special Steel, 2021, 42(1): 1-10.DOI:
Status and Future Development of Metallurgical Quality and Performance of Bearing Steels for High-End Equipment
Focusing on the characteristics of rolling bearings
the types of bearing steels
and the gap between bearing steels at home and abroad
this paper summarizes the art of the status of the requirement of the bearing steel of the high-end equipment
the types of the bearing steels
the processing equipment and metallurgical quality of the bearing steels
the heat treatment technologies
and the evaluation technologies for both metallurgical quality and performance. It is put forward that the important role to improve the rolling contact life of the bearing steel by ultra-purification technologies among different melting routes
the new heat treatment technologies and the new bearing steel developments. This paper pointed out that it needs to be done in the future through the refinement
the homogenization and the stabilization of the inclusions
carbides and the matrix of the bearing steel to improve the quality and performance of existing bearing steels
to develop the high performance heat treatment technologies
to innovate the high performance bearing steel and to strengthen the basic research on the mechanism of the fatigue-resistance of the bearing steels
which would finally enhances the rolling contact fatigue life of the bearing steel significantly.