The Science Behind SynMira Blue GVB’s High-Definition Color
Engineering Brilliant Color on a Synthetic Substrate
SynMira Blue GVB achieves its dynamic violet–gold–green color travel by depositing precise layers of Titanium Dioxide and Ferric Ferrocyanide onto a synthetic fluorphlogopite (synthetic mica) substrate. This engineered base is free from the natural heavy metal impurities sometimes found in mined mica, delivering exceptional brightness, higher chroma, and cleaner undertones compared to natural mica-based pigments.
Formulation Advantages of Synthetic Mica
The perfectly smooth, uniform platelets of synthetic fluorphlogopite enhance light reflection, creating a more dramatic, lustrous effect than traditional alternatives. The larger particle size (25–95 μm) is engineered for high-impact sparkle and shimmer. In formulations, this translates to excellent suspension in liquids, better binding in pressed powders, and a smooth, luxurious skin feel.
Key Formulation Benefits
- Intense Multi-Chrome Effect: Delivers a spectacular color shift from cool violet to warm gold and green, perfect for creating on-trend, high-definition cosmetics.
- Superior Purity & Brightness: The synthetic mica base ensures a cleaner, more vibrant color expression and a brighter finish than natural mica-based alternatives.
- High-Impact Sparkle: A large particle size range of 25–95 μm provides a brilliant, eye-catching shimmer suitable for statement products.
- Formulation Versatility: Performs exceptionally across powders, gels, and solvent-based formulas for eye, face, and nail applications.
