Performance & Formulation Insights for GlassMira GG88
The Science of Advanced Chromatic Sparkle
GlassMira GG88 is engineered using Calcium Aluminum Borosilicate, an exceptionally smooth and transparent glass substrate. These glass flakes are coated with precise layers of Titanium Dioxide and Iron Oxides, which manipulate light to create the dramatic gold-to-green color travel effect.
The large particle size (30-100 µm) ensures that each particle acts as a tiny, color-shifting mirror, resulting in a superior, high-chroma sparkle compared to smaller particle pigments.
Formulation Advantages of a Glass Substrate
The borosilicate base provides a unique combination of transparency, smoothness, and brightness that is difficult to achieve with natural mica. This purity allows for cleaner, more vibrant color expression and a higher visual impact.
Despite its large particle size, the synthetic nature of the platelets ensures a consistent, smooth feel upon application, avoiding the grittiness sometimes associated with large-particle natural minerals.
Key Formulation Benefits
- Intense Color Travel: Delivers a dramatic and marketable gold-to-green color shift that creates a hypnotizing, multi-dimensional effect.
- Superior Sparkle & Luster: The transparent glass substrate maximizes light reflection, producing a brilliant, glistening sparkle that stands out in any formulation.
- Smooth, Luxurious Feel: Engineered for a surprisingly smooth application, providing a comfortable wear experience even at a large particle size.
- Formulation Versatility: Ideal for a wide range of applications, including anhydrous gels, emulsions, powders, and solvent-based systems like nail lacquer.
