Technical Deep Dive: SilikMira Sleek ROG Performance
The Science of the Red-to-Green Shift
SilikMira Sleek ROG achieves its dramatic color travel effect through advanced material science. The pigment is built on a hybrid substrate of ultra-smooth synthetic Calcium Aluminum Borosilicate and Silica platelets. Precisely controlled layers of Titanium Dioxide and Tin Oxide are deposited onto this base. The specific thickness of these layers causes light wave interference, splitting white light into its component colors. This phenomenon makes different colors visible at various viewing angles, creating the vibrant and fluid shift from red to orange to green.
Formulation Benefits of the Synthetic Substrate
The engineered substrate provides significant advantages for formulators. The combination of borosilicate and silica results in an exceptionally smooth, slippery texture, which is the source of the “Sleek” and “Silky” feel. This improves blendability in powders and enhances the sensory experience for the end-user. The controlled 10–60 μm particle size provides a strong chromatic effect with a shimmering, homogenous finish, avoiding coarse glitter and ensuring excellent coverage.
Key Formulation Benefits
- Dynamic Multi-Chrome Effect: Delivers a sought-after red–orange–green color shift for creating on-trend, high-value cosmetic products.
- Silky & Smooth Application: A synthetic substrate provides a luxurious, slippery texture that enhances blendability and elevates the consumer experience.
- High Purity & Brightness: The borosilicate base offers superior transparency and purity compared to natural mica, resulting in a cleaner, more vibrant color effect.
- Versatile Formulation: Optimized for excellent performance and stability across a wide range of cosmetic systems, including powders, liquids, and anhydrous formulas.
