Performance & Formulation Insights for SynMira-Ice BVR989
Advanced Chromatic Performance without Iron Oxides
SynMira-Ice BVR989 achieves its dramatic Blue-Green–Blue-Violet–Red color travel effect through the precise layering of Titanium Dioxide and Silica over a synthetic fluorphlogopite substrate. This advanced optical engineering creates exceptionally high chroma and a brilliant sparkle. By eliminating iron oxides from the composition, this pigment offers formulators greater flexibility and color purity, allowing it to be easily combined with other pigments without muddying the final color.
High-Definition Finish with a Large Particle Size
The 30–120 μm particle size distribution is specifically designed to deliver an illuminating, youthful patina suitable for today’s high-definition makeup standards. The larger particles provide a more visible sparkle and a multi-dimensional effect that stands out in photos and video. This makes SynMira-Ice BVR989 an ideal, cost-effective alternative to borosilicate-based pigments for achieving premium, high-impact finishes.
Key Formulation Benefits
- Dramatic Color Travel: Delivers a vivid, multi-tonal shift from Blue-Green to Violet-Red for creating visually complex and engaging cosmetics.
- Exceptional Sparkle & Chroma: The large synthetic mica platelets provide a brilliant, sparkling effect and high color purity for a true HD finish.
- Formulation Versatility: The iron oxide-free composition allows for use across all cosmetic applications, including lips, and simplifies color matching.
- Cost-Effective Innovation: Provides a high-performance, visually similar alternative to more expensive borosilicate pigments without compromising on impact.