| 초록 |
In this study, we present anti-scratch and anti-fingerprint flexible hard coating. We investigated the effect of fluorine content on hydrophobicity, mechanical properties, and optical properties on silsesquioxane based hard coating. By synthesizing long fluorine chain ended ladder structured sol material, we provide a one-step coating solution for anti-scratch, hydrophobic hard coating that needs no extra cost process time to implement a hydrophobicity. The result shows that our single-component sol-type hard coating presents a hydrophobic surface (up to 110°) and high surface hardness (~1.78 Gpa) at the same time. |
