Siltech has unveiled a suite of next-generation silicone technologies designed to eliminate the historic trade-off between cosmetic performance, sensory comfort, and finish customization. Leading the lineup is Silmer Q7-G10 (INCI: isododecane (and) trimethylsiloxysilicate/dimethiconol crosspolymer), a clear silicone resin gum that delivers exceptional transfer resistance and durability without compromising skin comfort. In comparative laboratory testing against standard trimethylsiloxysilicate (TMS) formats, an identical 13.90% active dose of Silmer Q7-G10 achieved the highest transfer resistance on Leneta cards, retaining an impressive 89.19% of lipstick immediately (after 3 minutes) and 98.03% overnight (after 21 hours). Microscopic imaging and a 60° gloss assessment further proved that Silmer Q7-G10 yields significantly more uniform pigment dispersion and a superior gloss value of 61.7, outperforming both solid and liquid TMS configurations. Globally compliant, cyclic-free, and microplastic-free, this film former simultaneously enhances water resistance and shine for full-day wear.
Expanding on this structural versatility, Siltech also introduced a "one chemistry, two effects" elastomer platform to capture both matte and radiant beauty trends. The high-gloss silicone elastomer gel Silmer G-162-F5 offers superior cushion and extended playtime to build a natural, luminous "glass skin" look, generating a visual score of 36.6 gloss units (GU). Conversely, its matte counterpart, Silmer G-162-F5-M, delivers a refined, natural mattifying texture that registered at 19.5 GU. In optical laboratory testing utilizing a standardized Snellen eye chart, the matte variant demonstrated a significantly higher blurring and soft-focus effect. This technology acts as an optical interface to fill visible pores and mask harsh lines, providing product developers with a highly adaptable solution for crafting either perfectly primed matte canvases or dewy, hyper-radiant finishes.
