Performance & Formulation Insights for Glamour Glittering Gold
The Science of Advanced Borosilicate Sparkle
Glamour Glittering Gold utilizes Calcium Sodium Borosilicate, a specialized glass substrate, to achieve its signature star-like glitter effect. Unlike natural mica, these synthetic glass platelets are exceptionally smooth and highly transparent, enabling maximum light reflection. The large particle size (50–350 μm) is engineered to deliver bold points of light, producing a brilliant, high-chroma gold sparkle with exceptional clarity and depth.
Technical Formulation Advantages
The uniform surface and controlled thickness of the borosilicate platelets allow for precise Titanium Dioxide and Tin Oxide coatings, generating a clean, bright gold effect with superior optical purity. In formulation, this structure supports excellent suspension in liquid and gel systems and creates a dazzling, multi-dimensional finish in pressed powders.
Key Formulation Benefits
- Intense Glitter Effect: Large particle size delivers a brilliant, star-like gold sparkle for high-impact cosmetic applications.
- Superior Brightness & Chroma: Borosilicate base offers exceptional transparency and reflectivity for cleaner, more vibrant color effects than standard micas.
- Smooth Application: Despite its large size, the ultra-smooth platelets provide a comfortable feel on skin and lips.
- Formulation Versatility: Performs across powders, gels, nail lacquers, and lip glosses with stable, consistent sparkle.
