The Technology Behind GlassMira RVB87B’s Dazzling Effects
Superior Optics of Borosilicate Substrates
GlassMira RVB87B is engineered on Calcium Aluminum Borosilicate—ultra-smooth, highly transparent glass flakes that deliver cleaner, brighter optics than natural mica. Precisely deposited layers of Titanium Dioxide and Tin Oxide create a multi-layer interference structure, producing a vivid red-to-violet-to-blue color travel with exceptional brilliance.
This synthetic glass substrate minimizes haze and maximizes reflectivity, enabling a crisp, high-chroma color flop that remains striking in both clear and tinted bases.
Formulation Advantages of a Large Particle Size
With a particle size of 40–150 μm, GlassMira RVB87B delivers a bold, glitter-like sparkle while maintaining a smooth, non-gritty feel on skin and lips. The larger, flat platelets enhance dimensionality and visual impact in statement products such as topper eyeshadows, lip glosses, and nail lacquers.
In liquid and gel systems, use robust suspension strategies to prevent settling (e.g., hectorite/synthetic clays, optimized gel networks). In pressed systems, pair with suitable binders for cohesive payoff while preserving the high-sparkle finish.
Key Formulation Benefits
- Intense Color Travel: Shifts dramatically from red to violet to blue for premium, eye-catching effects.
- Exceptional Sparkle & Brilliance: Borosilicate glass provides superior transparency and reflectivity versus mica-based pearls.
- Large Particle Impact: 40–150 μm platelets create a vivid, glistening finish ideal for trend-forward looks.
- Broad Application Versatility: Proven performance in powders, gels, and solvent-based systems across eye, lip, face, and nail.
- Clean Beauty Friendly: Vegan, cruelty-free, and classified as natural per ISO16128.
