Formulation & Performance of SynMira Blue BGG
Advanced Optics on a Synthetic Mica Substrate
SynMira Blue BGG achieves its dramatic blue-to-greenish-gold color travel through precise layering of Titanium Dioxide, Silica, and Ferric Ferrocyanide on a synthetic fluorphlogopite (synthetic mica) substrate. This engineered base offers higher purity and a smoother, more uniform platelet surface than natural mica, resulting in superior reflectivity, cleaner color, and a brighter, more brilliant sparkle. It provides a high-performance, cost-effective alternative to borosilicate-based pigments while maintaining exceptional optical clarity.
Creating High-Definition, Youthful Effects
The 25–95 μm particle size range is tuned to deliver a distinct sparkling effect without a gritty feel. This makes SynMira Blue BGG ideal for modern, high-definition cosmetics designed to capture and reflect light, producing an illuminating, youthful patina on skin. Its high chroma ensures the color remains vivid and true, even under professional lighting and photography conditions.
Key Formulation Benefits
- Dramatic Color Travel: Delivers cool-toned shifts from blue to facets of green and gold for visually complex, engaging cosmetics.
- Superior Sparkle & Brilliance: The synthetic mica base offers exceptional luster and a cleaner, more brilliant sparkle than many natural mica alternatives.
- Cost-Effective Performance: Provides a premium, high-impact finish comparable to borosilicate pigments at a more accessible price point.
- Versatile Application Use: Proven performance in pressed powders, loose powders, solvent systems, and anhydrous formats for face, eye, and nail products.
