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首页> 外文会议>International Tire Exhibition and Conference Sep 18-20, 2001 Busan >The Adhesion between Rubber Compounds and Copper-film Plated Steel Cords
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The Adhesion between Rubber Compounds and Copper-film Plated Steel Cords

机译：胶料与镀铜膜钢丝绳之间的粘合力

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摘要

A steel cord with a thin film of copper metal was prepared by substitution methods over a zinc plating which was applied previously. The performance of this thin film of copper as an adhesive between a steel cord and a rubber compound was studied to obtain greater adhesion at high temperature cures and comparing its results to that of conventional brass plating. The adhesion properties of the cord with a thin film of copper used in this study were no better than those of brass-plated steel cords due to the partial oxidation of the zinc layer and the exposure of some iron on the outer surface. However, the adhesion of the copper film plated cord did not decreased even at a 185 ℃ cure. This highly stable adhesion at elevated temperatures suggested the feasibility of a thin film of copper as a powerful adhesive. The formation of an adhesion interphase between the copper film and rubber was also discussed related to the surface analysis results of pulled-out cords.
机译：通过替代方法在先前施加的镀锌上制备具有铜金属薄膜的钢丝帘线。研究了这种铜薄膜作为钢丝帘线和橡胶混合物之间的粘合剂的性能，以便在高温固化下获得更大的粘合力，并将其结果与常规黄铜电镀进行比较。由于锌层的部分氧化和一些铁在外表面的暴露，本研究中使用的带有铜薄膜的帘线的粘合性能并不比镀黄铜的钢帘线更好。但是，即使在185℃固化时，镀铜膜软线的粘合力也不会降低。这种在高温下高度稳定的粘合性暗示了铜薄膜作为强力粘合剂的可行性。还讨论了与拉出的帘线的表面分析结果有关的铜膜和橡胶之间的粘附界面的形成。

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