阐述的水性协同效应疏水/耐黄变技术主要是采用纳米高比表面积氧化硅、混相氧化钛、氧化锌复合相，接枝改性，与氟碳树脂基成膜剂混合，使纳米粒子分布在体系中产生协同效应，纳米粒子在光的作用下产生电子跃迁，表现出对紫外光的反射和吸收，达到对浅色高分子材料耐黄变的作用，纳米粒子和氟碳树脂产生的组装二元协同效应达到在不同鞋面上的疏水、拒油作用。%Water-based synergistic effects for water drainage and non-yellowing technology stated in this article, mainly adopts nanometer high surface area silica,miscible titanium oxide,and zinc oxide compound phase to be graft modified, and mixed with fluorocarbon resin film formers, to make nanoparticles distribute in the system and have synergistic effect, nanoparticles can cause electronic transition in the effect of light, show the reflection and absorption of ultraviolet light, reach for light color polymer material yellowing resis-tance, nanoparticles and fluorocarbon resin assembly binary synergies achieves the effect of hydrophobic and oil-repellent in different vamp.
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