Technical Profile: SynMira-Ice ROG985
Advanced Color Travel Optics on Synthetic Mica
SynMira-Ice ROG985 achieves its dynamic red-to-green color travel through multilayer coatings of silica and titanium dioxide deposited onto a synthetic fluorphlogopite (synthetic mica) substrate. This engineered structure produces a vivid interference effect that shifts from red and orange to yellow and green with changes in viewing angle. Formulated without iron oxides, the system delivers exceptionally clean, bright, high-chroma results and offers a high-value alternative to more expensive borosilicate-based pigments.
Formulation Advantages for High-Definition Cosmetics
The 30–120 µm particle size range is optimized for a pronounced shimmer and intense sparkle, making it ideal for standout, high-definition cosmetic effects. The synthetic mica base provides high purity and consistent platelet morphology, supporting easy dispersion and excellent stability across anhydrous, emulsion, gel, and solvent-based systems without compromising performance.
Key Formulation Benefits
- Vivid Red-to-Green Color Travel: Produces a striking shift from red/orange to yellow/green for visually complex, multi-dimensional finishes.
- Intense Sparkle & Shimmer: Large 30–120 µm particles create a brilliant, eye-catching effect that adds depth and impact.
- Clean, Bright Coloration: Iron oxide-free design enables cleaner tones and simplified integration into a wide range of formulas.
- High-Value Performance: Delivers premium color travel and a youthful patina comparable to borosilicate-based pigments at a more accessible cost.
