Abstract Antifogging UV curable coatings via a two-step spin coating method were successfully fabricated by introduction of raspberry-like particles. Raspberry-like particles were dispersed on the UV coating surface which increase the hydrophilicity of the coating. This UV coating was fabricated by polyester acrylates resin and polyethylene glycol diacrylate. The stability of raspberry-like particles is investigated by dispersing them into water and ethanol. The roughness of raspberry-like particles can be controlled by adjusting the mass ratio. We have investigated the influence of raspberry-like particles on the surface morphology, light transmittance and antifogging performance. Compared with other methods, this method is quite easy to carry out and the raspberry-like particle stability still maintains in the coating and coating hardness increased significantly which is essential for practical uses.

中文翻译：

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基于静电相互作用的分层复合粒子防雾紫外线固化涂料

摘要 通过引入覆盆子状颗粒，通过两步旋涂法成功制备了防雾紫外光固化涂料。覆盆子状颗粒分散在UV涂层表面，增加了涂层的亲水性。这种 UV 涂层由聚酯丙烯酸酯树脂和聚乙二醇二丙烯酸酯制成。通过将覆盆子状颗粒分散到水和乙醇中来研究覆盆子状颗粒的稳定性。可以通过调整质量比来控制覆盆子状颗粒的粗糙度。我们研究了覆盆子状颗粒对表面形态、透光率和防雾性能的影响。与其他方法相比，