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Titanium Alloy Bar Suitable for Highly Efficient Wear-Resistance Treatment

机译:适用于高效耐磨处理的钛合金棒

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摘要

To give the wear-resistance to titanium intake valve by simple oxidation treatment, the oxidation condition and the microstructure of Ti-6Al-4V bar were studied. The wear test using a value simulator shows that the wear of the face oxidized at 820 deg C for 1 and 4h in air is superior to that of ferrous valve. The best microstructure of Ti-6Al-4V bar is an acicular structure with the prior beta grain size of 30 to 60 mu m in average, which prevents distortion during the oxidation treatment and has excellent mechanical properties.
机译:为了通过简单的氧化处理使钛进气阀具有耐磨性,研究了Ti-6Al-4V棒的氧化条件和组织。使用值模拟器进行的磨损测试表明,在空气中在820℃下氧化1h和4h的工作面的磨损优于黑色金属阀的磨损。 Ti-6Al-4V棒的最佳显微组织是一种针状组织,其先前的β晶粒平均尺寸为30至60微米,可防止氧化处理过程中的变形并具有出色的机械性能。

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