 This in vitro study assessed the color stability of an A2186 room temperature vulcanizing, RTD, silicone elastomer by incorporating silver nanoparticles during accelerated artificial aging. Using five intrinsic silicone pigment types, including no pigment, colorless, red, blue, mocha, and a combination of the three 160 disc shaped specimens were created and evenly distributed across 20 experimental groups. The specimens underwent aging for 250 and 500 H in an artificial aging chamber, and a colorimeter was used to measure the values of lab according to CIE standards. The study found that all specimens underwent color changes, increment E0, with red displaying a notably significant chromatic alteration. Additionally, AGNPs demonstrated substantial protection of the silicone and reduced the color change across all groups and colors, with enhanced efficacy corresponding to higher AGNP concentrations, 0.2% AGNPs greater than 0.15% AGNPs greater than 0.1% AGNPs. This article was authored by Kamal Muhammad, Faridin Zardawi, and Bruska Azdar. We are article.tv, links in the description below.