In conclusion, this study reports the synthesis of a novel MOF CGC by dispersing UiO-66 in agZIF-UC-7. FTIR, PDF, and PXRD confirmed the preservation of starting materials, while DSC scans showed the expected Tg of agZIF-UC-7. The [(UiO-66)0.5(agZIF-UC-7)0.5] composite combines UiO-66's high surface area, gas sorption, and dye uptake with the amorphous flexibility of agZIF-UC-7. Enhanced CO₂ uptake and BET surface area reflect the benefits of embedding UiO-66 in the glass matrix. The composite's superior pH stability in PBS, compared to UiO-66, highlights the matrix's protective role. Efficient methylene blue adsorption, despite lower UiO-66 content, confirms MOF preservation. These findings suggest promising applications in gas storage, biomedical devices, drug delivery, and environmental remediation, paving the way for future MOF CGC research.