Formulation & Performance of GlassMira RVB88
The Borosilicate Advantage for Unmatched Sparkle
GlassMira RVB88 utilizes Calcium Aluminum Borosilicate, a specialty effect substrate often referred to as ‘synthetic glass’. These platelets are significantly smoother and more transparent than natural mica, enabling superior light reflection and a cleaner, more brilliant color flop. The larger particle size (30–100 µm) maximizes this reflectivity, creating a dazzling, glistening effect that stands out in any formulation.
Engineering the Red-Violet-Blue Color Shift
The hypnotic color travel from red to violet to blue is achieved by depositing ultra-precise layers of Titanium Dioxide and Tin Oxide onto the borosilicate core. As light hits the pigment from different angles, it refracts and reflects, causing the perceived color to shift dramatically. This advanced coating technology ensures a vivid and consistent chromatic effect, perfect for premium, eye-catching cosmetics.
Key Formulation Benefits
- Intense Color Travel: Creates a mesmerizing red-to-violet-to-blue shift that adds depth and dimension to color cosmetics.
- Superior Sparkle & Brilliance: The borosilicate base offers a cleaner, brighter, and more reflective sparkle than traditional mica-based pigments.
- Smooth, Luxurious Feel: Despite the large particle size, the smooth glass platelets provide a creamy, comfortable feel on the skin.
- Formulation Versatility: Excels in powders, gels, nail lacquers, and anhydrous systems for broad application flexibility.
- Clean Beauty Compliant: Certified Vegan & Cruelty-Free and Natural (ISO 16128) to meet modern market standards.
