Performance & Formulation Insights for SynMira-Ice BRO928
Mastering the Blue-to-Orange Color Shift
SynMira-Ice BRO928 achieves its dramatic blue–violet–red–orange color travel through a multi-layer coating of titanium dioxide and silica on a large synthetic mica (synthetic fluorphlogopite) platelet. The high purity of the synthetic substrate yields a brighter, more reflective base than natural mica, producing a cleaner, more intense chromatic effect.
Its large 80–180 µm particle size is engineered to maximize sparkle and clarity, delivering a high-definition, camera-ready finish aligned with modern makeup trends. Compared to traditional pearls, the larger platelet geometry increases directional reflection, enhancing the perceived shift at different viewing angles.
Technical Advantages of Iron Oxide-Free Formulation
This pigment is formulated without iron oxides, a key advantage for maximizing chromatic versatility. It can be blended with other colorants without the risk of muddy or muted tones, preserving clean, vivid travel from cool blue/violet through warm red/orange.
As a superior alternative to more expensive borosilicate-based pearls, SynMira-Ice BRO928 provides comparable high-end sparkle and illuminating effects with excellent cost-in-use, while maintaining a smooth feel and high chroma on skin.
Key Formulation Benefits
- High-Definition Sparkle: Large particle size (80–180 µm) delivers an intense, eye-catching glitter and shimmer effect for statement products.
- Intense Color Travel: Vivid, clean shift from blue/violet to red/orange for dynamic, multi-dimensional looks.
- Formulation Versatility: Iron oxide-free composition blends easily with other pigments without compromising color integrity.
- High-Purity Substrate: Synthetic mica base ensures high chroma, exceptional brightness, and a smooth feel versus natural mica alternatives.
