在韩国使用的结构硅酮密封胶的耐候性评价

Jinyoung Jung, K. Hahn, HyoungWoo Lee
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引用次数: 1

摘要

100层以上的超高层建筑正在进入韩国。为了证明韩国在6•25战争后的50年里发展起来的经济繁荣,韩国愿意把超高层建筑作为成功的象征。在当地,有机硅结构玻璃已经变得非常普遍,用于住宅和商业建筑,以实现美观和小土地的高利用率。由于韩国没有结构硅酮密封胶的行业指南或规范,因此有必要研究一下当地可用的结构硅酮密封胶的性能。在本文中,几种风化技术是从各种全球工业标准改编的。采用过滤氙弧辐射对按照ASTM C1135制备的试样进行人工风化。并对温度变化和盐雾暴露进行了对比评价。一般来说,硅树脂对这种暴露具有优异的抵抗力。然而,由于密封胶的耐候性能会受到其整体成分(而不仅仅是聚合物类型)的影响,因此在我们的测试中,一些有机硅产品与其初始性能相比显示出明显的变化。
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Weathering Evaluation of Structural Silicone Sealants Used in Korea
Super-tall buildings of over 100 stories are coming to Korea. To prove its economic prosperity, which was developed over the last 50 years after the Korean War, Korea is willing to have super-tall buildings as a symbol of its success. Locally, structural silicone glazing has become very common to achieve aesthetically pleasing and high utilization of small land for both residential and commercial building. Because there has been no industry-wide guideline or specification for structural silicone sealants in Korea, it is worthwhile to look at the performance of locally available structural silicone sealants. In this paper, several weathering techniques were adapted from various global industry standards. Artificial weathering using filtered xenon arc radiation was applied to specimens prepared in accordance with ASTM C1135. Comparative evaluations for temperature variations and salt spraying exposure were conducted as well. Silicones in general are known to have excellent resistance to such exposure. However, since the weathering performance of a sealant can be affected by its overall composition (not just the polymer type), some silicone products showed noticeable changes in our testing when compared to their initial properties.
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