Performance & Formulation Insights for Glamour Brilliant Blue
The Borosilicate Advantage for Maximum Sparkle
Glamour Brilliant Blue is built on a Calcium Titanium Borosilicate substrate, a synthetic glass platelet renowned for exceptional smoothness and transparency. Unlike natural mica, these engineered platelets feature a highly uniform surface that reflects light more cleanly, delivering a brighter, more intense glistening effect. The large particle size range (15–105 µm) is tuned to create a dazzling, eye-catching sparkle that stands out in any formulation.
Technical Formulation Advantages
A precise coating of Titanium Dioxide and Ferric Ferrocyanide generates the vivid blue tone while supporting stability across varied systems. The inherently smooth borosilicate base improves tactile feel, minimizing the gritty sensation often associated with large-particle pigments. It exhibits excellent suspension behavior, making it a reliable performer in liquid, gel, and solvent-based formats, as well as in pressed powders and anhydrous systems.
Key Formulation Benefits
- Intense Glistening Effect: The large borosilicate platelets create a superior, high-impact sparkle perfect for trend-setting glitter and shimmer products.
- Vivid & Stable Color: Delivers a brilliant and consistent blue hue that remains stable in a variety of cosmetic applications, including nail lacquers.
- Smooth & Luxurious Feel: Provides a surprisingly smooth texture for a large-particle pigment, enhancing the user experience in pressed powders and anhydrous balms.
- Ethically Sourced: Built on a synthetic substrate, this pigment is vegan, cruelty-free, and a reliable alternative to natural mica.
