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Effects of Y–Ce on wear behaviours of silicide coatings
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Pure silicide coatings and Y–Ce modified silicide coatings were prepared on Ti–6Al–4V alloy by pack cementation process. The coating structures as well as their wear behaviours were comparatively studied. The results showed that the pure silicide coating and Y–Ce modified silicide coating prepared at 1080°C for 4 h had similar coating structures, mainly consisting of a TiSi2 outer layer, a TiSi middle layer and a Ti5Si4 inner layer. However, the microhardness of the Y–Ce modified silicide coating was higher than that of the pure silicide coating. The wear tests demonstrated that the mass loss of the pure silicide coating was about two times larger than that of the Y–Ce modified silicide coating, indicating the beneficial effects of Y and Ce on the wear resistance of silicide coating.
Title: Effects of Y–Ce on wear behaviours of silicide coatings
Description:
Pure silicide coatings and Y–Ce modified silicide coatings were prepared on Ti–6Al–4V alloy by pack cementation process.
The coating structures as well as their wear behaviours were comparatively studied.
The results showed that the pure silicide coating and Y–Ce modified silicide coating prepared at 1080°C for 4 h had similar coating structures, mainly consisting of a TiSi2 outer layer, a TiSi middle layer and a Ti5Si4 inner layer.
However, the microhardness of the Y–Ce modified silicide coating was higher than that of the pure silicide coating.
The wear tests demonstrated that the mass loss of the pure silicide coating was about two times larger than that of the Y–Ce modified silicide coating, indicating the beneficial effects of Y and Ce on the wear resistance of silicide coating.
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