将AB和ZrO₂/AB树脂用甲苯稀释至20%的浓度。将混合分散体旋涂在硅载玻片或玻璃载玻片上形成薄膜，在100°C下固化30 min，然后在150°C下固化1.5 h，得到固化的ZrO₂/AB杂化膜。为了进行比较，我们还将等量的A kit和B kit树脂直接混合制备了纯OE-6636硅树脂，制备薄膜的步骤与ZrO2/AB树脂相同。

采用椭偏移对不同丙醇锆添加量（0，1，10，15wt%）的AB膜和ZrO₂/AB固化膜测其折射率。结果表明，添加丙醇锆的含量可以显著提高封装材料的折射率。

The AB and ZrO₂/AB resins were diluted with toluene to a concentration of 20%. The mixed dispersion was rotated onto silicon or glass slides to form a film. Subsequently they cured at 100 °C for 30 min, and then 150 °C for 1.5 h to obtain cured ZrO₂/AB hybrid films. For comparison, pure OE-6636 silicone resin was also prepared by directly mixing the A kit and B kit resins with equal amounts and the procedures for preparation of thin films were similar as those of ZrO₂/AB resins.

The refractive index of AB films and ZrO₂/AB cured films with different zirconium propanol content (0,1,10,15 wt%) was measured by elliptic migration. The results show that the addition of zirconium propanol can significantly improve the refractive index of packaging materials