Performance & Formulation Insights for SynMira Sparkle RPB
Engineering Intense Color Travel and Sparkle
SynMira Sparkle RPB achieves its dramatic red–purple–blue chromatic shift through the precise deposition of iron oxides and titanium dioxide on an ultra-smooth synthetic fluorphlogopite substrate. This engineered structure optimizes thin-film interference while maintaining exceptional clarity and reflectivity.
The large particle size range (20–100 μm) is designed to maximize light reflection for a dazzling sparkle that enhances the color travel effect. Compared to natural mica, the synthetic substrate provides higher purity, brightness, and color consistency, yielding cleaner, more vivid effects across formulas.
Advanced Formulation Considerations
Due to its larger particle size, SynMira Sparkle RPB benefits from robust suspension systems in liquids and gels (e.g., hectorite, synthetic clays, or tailored rheology modifiers) to prevent settling and maintain an even distribution over time.
In pressed formats, it can be incorporated into glitter toppers or hybrid shimmer/glitter textures using appropriate binder systems. The synthetic base ensures high lot-to-lot consistency, supporting scalable and reproducible production.
Key Formulation Benefits
- Dramatic Multi-Color Shift: Delivers a striking transition from fiery red to deep purple and electric blue.
- Intense Sparkle Effect: Large 20–100 μm particles provide a brilliant, high-impact shimmer ideal for special effects.
- High Purity & Brightness: Synthetic fluorphlogopite substrate yields clean, vivid color expression with superior reflectivity.
- Broad Application Range: Approved for eye, face, lip, and nail use to enable cohesive collection-wide effects.
- Clean & Conscious: Vegan and cruelty-free to align with modern, ethical beauty standards.
