Performance & Formulation Insights for SynMira-Ice BVR929
The Science of Scintillating Color Travel
SynMira-Ice BVR929 is engineered using synthetic fluorphlogopite, a man-made substrate known for superior smoothness, purity, and brightness compared to natural mica. This pristine base is coated with ultra-precise layers of titanium dioxide and silica to optimize optical performance.
The large, uniform 80–180 µm particle size behaves like a micro-prism, delivering a highly visible, scintillating sparkle and a dramatic color shift. As the viewing angle changes, the effect travels from cyan and blue to vibrant violet and red for a dynamic, high-definition finish.
Advanced Formulation & Purity Advantages
The synthetic mica base minimizes heavy metal impurities commonly associated with natural mica, ensuring consistent batch-to-batch quality and enhanced brightness. As an iron oxide-free pigment, SynMira-Ice BVR929 offers unrestricted use across all cosmetic applications, including lip products.
Its larger particle size is ideal for bold, eye-catching textures in statement products such as glitter toppers, body shimmers, and special-effect nail lacquers. In liquids and gels, proper suspension aids help maintain an even, high-impact sparkle without settling.
Key Formulation Benefits
- Intense, Scintillating Sparkle: Large particle size (80–180 µm) delivers a brilliant, glitter-like effect for high-impact cosmetic products.
- Dramatic Color Travel: Showcases a striking Blue–Green–Violet–Red shift for dynamic, multi-dimensional looks.
- High-Purity Synthetic Base: Exceptional brightness, color purity, and smooth feel—without the heavy metal impurities of natural mica.
- Unrestricted Application: Iron oxide-free composition supports versatile use across eye, face, lip, and nail formulations.
