Technical Profile & Formulation Guide for SynMira Sparkle ROG
The Science Behind SynMira Sparkle ROG’s Dynamic Color Shift
SynMira Sparkle ROG delivers a dramatic red-orange-green color travel through a sophisticated multilayer coating process. An ultra-pure synthetic fluorphlogopite core is precisely coated with titanium dioxide, iron oxides, and silica. These layers manipulate light via reflection and refraction at different interfaces, splitting the spectrum to reveal three distinct colors depending on viewing angle.
The larger 25-100 µm particle size amplifies this effect with a brilliant sparkle, producing a high-chroma, multi-dimensional finish that is ideal for statement looks in eyeshadow, eyeliner, and nail systems.
The Synthetic Mica Advantage
Using synthetic fluorphlogopite as the substrate provides a brighter, cleaner, and more uniform canvas versus natural mica. This purity supports higher chroma, clearer color travel, and reliable batch-to-batch consistency. It also enables low heavy metal content, broadening suitability across applications including lip products and aligning with clean beauty expectations.
Key Formulation Benefits
- Dramatic Multi-Chrome Effect: Shifts distinctly from red to orange to green for premium, high-demand color cosmetics.
- Intense Sparkle & Reflectivity: 25-100 µm particles create a brilliant, high-impact sparkle that catches light from every angle.
- Superior Purity & Consistency: Synthetic mica base ensures exceptional color purity and a cleaner ingredient profile.
- Broad Application Versatility: Performs in powders, solvent-based systems, gels, and anhydrous formats.
