The Science of Sparkle: GlassMira BGG86 Technology
Superior Sparkle and Clarity from Borosilicate Substrate
GlassMira BGG86 is engineered using Calcium Aluminum Borosilicate, a glass substrate known for its exceptional smoothness and transparency. Unlike natural mica, these synthetic, large-diameter platelets create a uniform surface for light to reflect and refract, resulting in cleaner color, higher clarity, and a brilliant, high-definition sparkle that surpasses conventional pearl pigments.
Engineering Multi-Chrome Color Travel
The dramatic blue-to-green-to-gold color shift is produced by ultra-precise layers of Titanium Dioxide and Tin Oxide deposited onto the borosilicate base. Layer thickness is meticulously controlled to interfere with light waves, reflecting different colors at varying angles. The large particle size (50–200 µm) accentuates this effect, creating distinct, glittering points of colored light for an eye-catching, dynamic finish.
Key Formulation Benefits
- Extreme Chromatic Travel: Delivers a striking shift from blue to green to gold for premium, trend-forward cosmetics.
- Unparalleled Sparkle & Brilliance: Large borosilicate particles provide a dazzling, glitter-like effect with superior brightness and clarity.
- Exceptional Transparency: The glass substrate enables pure, vivid color expression without the haze associated with some other substrates.
- Broad Application Versatility: Proven performance across eye, face, lip, and nail formats, from pressed toppers to liquid suspensions.
