Performance & Formulation Insights for SynMira-Ice VRO987
Advanced Chromatic Shift Performance
SynMira-Ice VRO987 achieves its dramatic violet–red–orange–yellow color travel through the precise deposition of titanium dioxide and silica onto a synthetic fluorphlogopite (synthetic mica) substrate. This multilayer optical structure manipulates light to create distinct, angle-dependent color shifts. The large 30–120 μm particle size amplifies visibility, producing a brilliant, sparkling finish ideal for high-definition, eye-catching cosmetics.
Formulation Advantages of Synthetic Mica
The synthetic mica base provides superior purity, brightness, and lot-to-lot consistency compared to natural mica. This iron oxide-free composition delivers cleaner, more vibrant chromatic shifts and greater formulation flexibility without introducing unwanted undertones.
Designed as a high-performance, cost-effective alternative to borosilicate-based pigments, SynMira-Ice VRO987 maintains exceptional visual impact while supporting broad application versatility across eye, face, nail, and lip formulations.
Key Formulation Benefits
- Dramatic Color Travel: Creates an intense shift from violet/red to orange/yellow for statement-making effects.
- High-Definition Sparkle: Large particle size (30–120 μm) yields a brilliant, glittering finish that reads beautifully on camera and in person.
- High-Purity Substrate: Synthetic mica ensures superior brightness and consistent performance with clean, vibrant color.
- Formulation Versatility: Iron oxide-free system supports wide usage, including lips, without staining or color interference.
