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首页> 外文期刊>Waterborne and high solids coatings bulletin >Nanoparticle size acrylic latex blends: The influence of crosslinking, particle size and distribution on film formation, properties and latex morphology
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Nanoparticle size acrylic latex blends: The influence of crosslinking, particle size and distribution on film formation, properties and latex morphology

机译：纳米级丙烯酸胶乳混合物：交联，粒径和分布对成膜，性能和胶乳形态的影响

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摘要

Over the last couple of decades, there has been interest in latex blends, the physical mixing of two different latices with homogeneous particle morphologies, which has the benefit of potentially reducing VOC content by reducing the need for coalescing agents. This paper includes a well-referenced introduction to latex blend research. However, there has been relatively litde research published on blends of thermoplastic nanoparticles in the 8-25 nm diameter range with larger thermoplastic latices. The authors have previously reported the effect of pre-coalescence (internal) or post-coalescence (external) crosslinking on conventionally sized latex film formation, properties and latex morphology.
机译：在过去的几十年中，人们对胶乳混合物感兴趣，这是将两种具有均匀颗粒形态的胶乳进行物理混合，其好处是可以通过减少对聚结剂的使用来降低VOC含量。本文包括乳胶混合物研究的参考文献。然而，已经有相当多的研究发表了关于直径范围为8-25 nm的热塑性纳米粒子与较大的热塑性胶乳的共混物。作者先前已经报道了聚结前（内部）或聚结后（外部）交联对常规尺寸的胶乳膜形成，性能和胶乳形态的影响。

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