Technical Profile & Formulation Guide for SynMira-Ice ROG925
The Science of Advanced Color Travel
SynMira-Ice ROG925 achieves its dramatic multi-chrome visual impact using a large, ultra-smooth synthetic fluorphlogopite (synthetic mica) platelet as the foundation. A precise multilayer coating of titanium dioxide and silica creates a powerful interference effect, causing light to reflect and refract to produce a bold red–orange–yellow–green color shift depending on viewing angle and background. The large 80–180 μm particle size amplifies sparkle, delivering a high-definition, eye-catching finish in any formula.
Formulation Benefits of Large-Particle Synthetic Mica
The synthetic mica substrate delivers superior purity and brightness for a cleaner, more vibrant color flop versus natural mica. Its controlled particle morphology provides a striking, glitter-like look without microplastics, making it ideal for statement textures in glitter eyeshadows, body shimmers, and special-effect nail lacquers. The smooth platelet surface enhances comfort and visual clarity in clear and tinted systems alike.
Key Formulation Benefits
- Dramatic Multi-Chrome Effect: Delivers an intense red-to-green color shift with vivid orange and yellow transitions for on-trend, high-definition makeup.
- High-Impact Sparkle: Large 80–180 μm particles create a brilliant, glittering texture without plastic glitter.
- Superior Purity & Brightness: Synthetic mica base yields a cleaner, more vivid color flop than natural mineral alternatives.
- Broad Application Versatility: Performs across eye, face, lip, and nail systems with excellent visual payoff.
- Cost-Effective Alternative: Offers premium sparkle and color travel comparable to borosilicate pearls at a more accessible cost.
