Performance & Formulation Insights for SynMira-Ice YGB984
Advanced Optics on a Synthetic Substrate
SynMira-Ice YGB984 is engineered using synthetic fluorphlogopite, a pure and smooth substrate that enables higher chroma and cleaner color travel compared to natural mica. Precise layers of titanium dioxide and silica are deposited onto the synthetic platelets, creating a multi-layer interference structure. This technology generates the dramatic color shift from gold-yellow to green-blue, offering a high-performance alternative to more costly borosilicate-based pigments.
Leveraging Large Particle Size for Maximum Impact
With a particle size of 30–120 μm, this pigment is designed for maximum sparkle and visual texture. This range is ideal for formulations where a bold, glittering effect is desired, such as statement eyeshadows, highlighters, and specialty nail lacquers. The synthetic mica base ensures the particles remain smooth and comfortable on the skin, avoiding the gritty feel associated with some large-particle pigments.
Key Formulation Benefits
- Intense Color Travel: Delivers a spectacular color shift from a warm gold to a cool blue for creating eye-catching, high-definition cosmetics.
- Exceptional Sparkle & Luminosity: The large particle size and smooth synthetic substrate create brilliant, clean sparkle for a luxurious finish.
- High Purity & Chroma: Free from iron oxides, allowing for bright, clean color expression and easy combination with other pigments.
- Clean & Conscious: Certified vegan and cruelty-free, aligning with modern clean beauty expectations.
