The Science Behind SynMira-Ice ROG845’s Sparkling Color Travel
Advanced Synthetic Substrate for Purity & Sparkle
SynMira-Ice ROG845 is built on a foundation of synthetic fluorphlogopite, a lab-created mica that offers superior purity and consistency compared to natural mica. The perfectly smooth, large platelets of this substrate create an exceptionally reflective surface, which is the key to its intense, crystal-like sparkling effect. This high level of reflection amplifies the perceived color and creates a finish that mimics the brilliance of expensive borosilicate-based pigments.
Multi-Layer Optics for Dynamic Color Shift
The dramatic red–orange–yellow–green color travel is achieved through a precise, multi-layer coating of titanium dioxide and silica. As light strikes the pigment, it refracts and reflects off these different layers at various angles, causing specific wavelengths of light to interfere with each other. This thin-film interference cancels out some colors and reflects others, creating a dynamic shift in hue that changes with the viewing angle. The iron oxide-free composition ensures that the color travel is bright, clean, and free from muddy undertones.
Key Formulation Benefits
- Extreme Color Travel: Creates a mesmerizing shift from warm red and orange to vibrant yellow and green for trend-setting color cosmetics.
- Intense Sparkling Effect: The large 100–260 µm particle size delivers a brilliant, high-impact sparkle perfect for statement products.
- High Purity & Chroma: The synthetic mica base and iron oxide-free formula provide a clean, bright color effect with exceptional clarity.
- Formulation Versatility: Easily incorporated into anhydrous, water-based, and solvent-based systems across eyes, lips, face, and nails.