Formulation & Performance Insights for SynMira Blue GRV
Engineering a Multi-Faceted Color Shift
SynMira Blue GRV achieves its dynamic color travel through the precise layering of Titanium Dioxide, Silica, and Ferric Ferrocyanide onto an ultra-pure synthetic fluorphlogopite substrate. This synthetic mica base provides a brighter, cleaner, and more chromatic foundation than natural mica, allowing the interference effects to generate brilliant cool-toned shifts from a dominant violet to facets of gold and green.
Leveraging Particle Size for Maximum Impact
With a particle size range of 25-95 µm, this pigment is engineered for sparkle and high-definition impact. The larger platelets create a distinct, glittering color travel compared to finer, satin-finish pearls, making it ideal for statement products where a youthful, illuminating patina is desired.
Designed as a high-performance, cost-effective alternative to borosilicate-based pigments, SynMira Blue GRV delivers comparable brilliance and multi-chromatic shift while offering excellent compatibility across a range of cosmetic systems.
Key Formulation Benefits
- High-Chroma Color Travel: Delivers intense, multi-dimensional shifts from violet to gold and green for on-trend, high-impact cosmetics.
- Exceptional Sparkle & Purity: The synthetic mica base ensures a brilliant, highly reflective finish free from the heavy metal impurities found in some natural micas.
- Versatile Application: Proven performance in pressed powders, nail lacquers, gels, and anhydrous creams.
- Cost-Effective Brilliance: A visually stunning, high-performance alternative to more costly borosilicate color travel pigments.