首页> 外文会议>ACS Symposium on Photoinitiated Polymerization, Aug, 2001, Chicago, Illinois >UV-Curable Acrylated Oligomers: Effect of Structural Variation on Liquid and Cured Film Properties
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UV-Curable Acrylated Oligomers: Effect of Structural Variation on Liquid and Cured Film Properties

机译:紫外线固化丙烯酸低聚物:结构变化对液体和固化膜性能的影响

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Unique acrylate functional oligomers have been developed with the concept of versatile property selection in mind. Spectroscopic structural confirmation using model compounds has demonstrated that synthesis of the desired compositions has been achieved. A variety of oligomeric compositions have been synthesized and characterized. When formulated into typical UV curable coatings, a range of liquid and film properties become attainable depending upon the oligomer being used. Cured films covering the spectrum from soft and flexible to hard and brittle have been made. This study will focus on the range of properties achievable using these oligomers. Selection of a suitable oligomer composition required to attain desired film properties has become apparent. In certain cases, a sufficiently wide range of properties has been found to suggest the use of a single oligomer for multiple applications.
机译:考虑到通用性能选择的概念,开发了独特的丙烯酸酯官能低聚物。使用模型化合物的光谱结构证实已经证明所需化合物的合成已经实现。已经合成并表征了多种低聚组合物。当配制成典型的UV可固化涂料时,取决于所用的低聚物,可以获得一定范围的液体和薄膜性能。已经制备了覆盖从软和柔性到硬和脆的光谱的固化膜。这项研究将集中于使用这些低聚物可获得的性能范围。为获得所需的膜性能所需的合适的低聚物组合物的选择已变得显而易见。在某些情况下,已经发现足够宽的性能范围建议将单个低聚物用于多种应用。

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