Performance & Formulation Insights for SynMira-Ice ROY986
The Optics of High-Definition Color Travel
SynMira-Ice ROY986 achieves its dramatic violet-red-orange-yellow color shift through the precise deposition of titanium dioxide and silica onto a synthetic fluorphlogopite substrate. The large particle size (30–120 μm) behaves like a micro-prism, enhancing light scattering for a brilliant, high-chroma sparkle. Free from iron oxides, the system delivers a pure, bright color travel effect suitable for all cosmetic applications.
This composition provides a vivid, multi-tonal appearance that remains clean and luminous in clear and tinted bases, making it an excellent, cost-effective alternative to borosilicate pearls when targeting maximum visual impact.
Formulation Advantages of Synthetic Mica
The synthetic fluorphlogopite base offers higher purity and lower heavy metal content than natural mica, supporting consistent quality and easing regulatory compliance.
Its exceptionally smooth, uniform platelets promote a creamy texture, comfortable wear, and enhanced reflectivity—translating into brighter, more intense optical effects across a range of formats.
Key Formulation Benefits
- Dramatic Multi-Color Shift: Delivers an intense, sparkling travel from violet-red to orange and yellow for visually complex, luxury effects.
- Superior Sparkle & Chroma: Large 30–120 μm particles and a synthetic mica base combine for brilliant, high-definition sparkle.
- Clean & Versatile: Iron-oxide-free composition supports broad use across eye, face, lip, and nail applications.
- Luxurious Skin Feel: Smooth, uniform platelets provide a creamy texture and comfortable wear that elevates sensorial performance.
