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High-temperature abrasive wear testing of potential tool materials for thixoforming of steels

机译:钢铁触变成型潜在工具材料的高温磨蚀测试

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摘要

High temperature abrasive wear performance of Inconel 617, Stellite 6 alloys and X32CrMoV33 hot work tool steel was investigated. The wear resistance of the latter is degraded at 750 ℃ due to its inferior oxidation resistance. Extensive oxidation co-occuring with abrasive wear at 750 ℃ leads to substantial material loss due to the lack of a protective oxide scale, sufficiently ductile to sustain the abrasion without extensive spalling. The wear resistance of the Inconel 617 and Stellite 6 alloys, on the other hand, improves at 750 ℃ owing to protective oxides that sustain the abrasion without spalling.
机译:研究了Inconel 617,Stellite 6合金和X32CrMoV33热作工具钢的高温磨蚀性能。由于后者的抗氧化性较差,后者的耐磨性在750℃时会降低。由于缺乏保护性氧化皮,在750℃时发生的大量氧化与磨料磨损同时发生,导致大量的材料损失,这种氧化皮具有足够的延展性以维持磨耗而不会出现大量剥落。另一方面,Inconel 617和Stellite 6合金的耐磨性在750℃时有所改善,这归因于保护性氧化物在不剥落的情况下维持了磨损。

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