Advanced Formulation with SynMira-Ice YGB844
Engineering a High-Chroma Sparkling Effect
SynMira-Ice YGB844 leverages a large-particle synthetic fluorphlogopite substrate that is cleaner and brighter than natural mica. This engineered base is coated with silica and titanium dioxide to form an advanced optical stack that produces a vivid, multi-dimensional color travel effect—shifting from gold and yellow to green and blue. The iron-oxide-free construction maintains exceptional color purity and clarity, enabling versatile use across modern cosmetic applications.
Compared to borosilicate-based effects, the synthetic mica platform provides a crisper, higher-chroma appearance with a refined, sparkling finish. The smooth platelet morphology contributes to improved payoff and visual clarity in both dry and liquid systems.
Performance in Modern Cosmetic Systems
The 100–260 μm particle size is key to the pigment’s brilliant, glitter-like appearance, well-suited for high-definition makeup trends. Unlike traditional plastic glitters, the engineered platelet surface offers a smoother feel and better adhesion for comfortable wear. Its synthetic origin supports high purity and low heavy metal content, aligning with global regulatory expectations and clean beauty standards.
Key Formulation Benefits
- Intense Sparkling Color Travel: Creates a dramatic gold–green–blue shift with a brilliant, high-impact sparkle for trend-forward cosmetics.
- Exceptional Purity & Brightness: Synthetic mica base delivers cleaner, brighter chroma than natural mica and borosilicate alternatives.
- Large-Particle Visual Appeal: 100–260 μm platelets provide a sophisticated, glitter-like texture that catches light for an ultra-dimensional finish.
- Clean & Conscious Formulation: Vegan, cruelty-free, and iron-oxide-free for broad compatibility across color cosmetic applications.
