Performance & Formulation Insights for Diamond Variable GR 67
Color-Travel Effect Through TiO2 and Iron Oxide Coating
Diamond Variable GR 67 creates its green-to-red shifting effect through a combination of titanium dioxide and iron oxide coating on calcium sodium borosilicate glass. This multi-layer approach produces a vivid color travel that shifts dynamically with viewing angle. The 20–150 μm particle range delivers refined sparkle with visible color shifting.
The TiO2 layer enhances reflectivity and brightness, while the iron oxide layer contributes warm color tones. Together they create a complex, multi-dimensional color travel effect on the ultra-clear borosilicate glass substrate.
Formulation Advantages
The borosilicate glass substrate provides superior clarity compared to mica, enabling the color travel to appear more vivid and saturated. The smooth glass surface ensures a comfortable skin feel across application types.
The particle range supports versatile formulation in pressed powders, liquids, and gels.
Key Formulation Benefits
- Vivid Color Travel: Multi-layer coating creates a green-to-red shifting chromatic shift for premium products.
- Enhanced Brightness: TiO2 amplifies reflectivity for a brighter, more intense color effect.
- Superior Clarity: Borosilicate glass delivers cleaner sparkle than mica-based alternatives.
- Broad Application: Approved for eye, face, lip, and nail use.
- Clean Beauty Compatible: Vegan and cruelty-free formulation.
