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首页> 外文期刊>Chinese science bulletin >Formation mechanism of the Zn-5%Al hot-dip coating amorphous alloys (I) —The analysis of differential scanning calorimetry
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Formation mechanism of the Zn-5%Al hot-dip coating amorphous alloys (I) —The analysis of differential scanning calorimetry

机译：Zn-5％Al热浸镀非晶合金的形成机理（I）—差示扫描量热法分析

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摘要

HOT-DIPPING Zn + 5% Al + (0.01%—0.2%) RE alloy on steel surface by the gas reduction method is a new technology. Owing to its good anti-corrosive and forming properties as well as good technical performances, the coating attracts wide interest and has been put into industrial production rapidly. The authors successfully produced the coating by the electrolytic activity aid agent method and put it into industrial production. The products have been used in the electric power and railway engineerings.Results show that the anti-corrosive properties and other technical indexes of the new coating technology are obviously better than those of traditional hot-dip pure Zn coating.
机译：通过气体还原法在钢表面进行热浸镀锌+ 5％铝+（0.01％-0.2％）RE合金是一项新技术。由于其良好的抗腐蚀和成型性能以及良好的技术性能，该涂料引起了广泛的兴趣，并已迅速投入工业生产。作者通过电解活性助剂的方法成功生产了该涂层，并将其投入工业生产。该产品已在电力和铁路工程中使用。结果表明，新涂层技术的防腐性能和其他技术指标明显优于传统的热浸纯锌涂层。

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