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首页> 外文期刊>Materials Letters >Reactive brazing of Al alloy to Mg alloy using zinc-based brazing alloy
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Reactive brazing of Al alloy to Mg alloy using zinc-based brazing alloy

机译:锌基钎焊合金对镁合金的钎焊

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摘要

According to the feature of Mg-Zn eutectic reaction, Al alloy was bonded to Mg alloy by contact reaction brazing using a zinc-based brazing alloy successfully. The experimental observations showed that Mg-Al intermetallic compounds were avoided for the addition of the zinc-based brazing alloy. The Mg substrate and the remanent brazing alloy were bonded with the reaction zone that formed along the zinc rich and magnesium poor interface. Only a few Mg-Zn intermetallic compounds (MgZn2) existed homogeneously in the reaction zone. The substrate and the remanent brazing alloy were bonded with a thin Al-Zn solution. The average tensile-shear strength of the final joints was a little lower than that of the zinc-based brazing alloy owning to some pores at the interface between the reaction zone and the remanent brazing alloy layer.
机译:根据Mg-Zn共晶反应的特点,采用锌基钎焊合金通过接触反应钎焊将铝合金与Mg合金成功结合。实验观察表明,添加锌基钎焊合金可避免使用Mg-Al金属间化合物。 Mg基底和剩余的钎焊合金与沿着富锌和贫镁界面形成的反应区结合在一起。反应区中只有少量的Mg-Zn金属间化合物(MgZn2)均匀存在。基材和剩余的钎焊合金用稀Al-Zn溶液粘结。最终接头的平均抗拉剪切强度略低于在反应区和剩余钎焊合金层之间的界面处具有一些孔的锌基钎焊合金的平均抗剪强度。

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