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Improved Corrosion Control Through Nontoxic Corrosion Inhibitor Synergies

机译:通过无毒腐蚀抑制剂协同作用改善腐蚀控制

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The idea of anticorrosive synergies is not a new concept but one that still holds a lot of promise for advancing the performance of environmentally compliant protective coat-ings.The most environmentally sound method for surpassing the high anticorrosion stan-dards set by toxic inhibitors such as lead-and chrome-base inhibitors is through the gains provided by nontoxic corrosion inhibitors synergies.In order to realize the benefits that exist from combining inhibitor chemistries,one must first understand the mechanisms surrounding corrosion,the inhibitors themselves,and the key formulating guidelines required for success."Solubility optimization"of the inhibitors in the coating film is an important factor for improving anticorrosive performance.Resin type and formula parameters play a significant role in inhibitor selection and use level.This synergistic approach for improving performance also carries through to other components such as extender pigments and additives.Once the synergistic balance is achieved,the results are a clear indication of the power of this theory.
机译:防腐蚀协同增效的概念不是一个新概念,但对于提高环保型保护涂料的性能仍然抱有很大希望。最环保的方法可以克服由有毒抑制剂(例如,抗氧化剂)设定的高防腐蚀标准。铅和铬基缓蚀剂是通过无毒缓蚀剂的协同作用获得的。为了实现缓蚀剂化学组合所带来的好处,首先必须了解腐蚀的机理,缓蚀剂本身以及所需的关键配方指南涂料中抑制剂的“溶解度优化”是提高防腐性能的重要因素。树脂类型和配方参数对抑制剂的选择和使用水平起着重要作用。这种提高性能的协同方法也可用于其他方面。增效剂颜料和添加剂等成分。达到了平衡,结果清楚地表明了该理论的力量。

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