Performance & Formulation Insights for Diamond Red Gold
Rich Color from Multi-Layer Coating on Borosilicate Glass
Diamond Red Gold achieves its warm red-gold character through a precision coating of titanium dioxide and iron oxides on a borosilicate glass substrate. Tin oxide enhances adhesion and durability. The 80–200 μm particle range creates bold sparkle with warm metallic depth.
The TiO2 layer provides brightness and reflectivity while iron oxides contribute the warm color tone. The borosilicate glass substrate is smoother and more transparent than mica, delivering cleaner, more intense sparkle with superior color saturation.
Technical Formulation Advantages
The large particle size delivers high-impact sparkle ideal for statement products and topper applications. The chemically stable glass base resists degradation across a wide pH range.
The high transparency of the borosilicate substrate allows the warm color to appear vivid and saturated. It layers well over other pigments without muddying the underlying shade, adding warmth and dimension to any formulation.
Key Formulation Benefits
- Rich Metallic Color: TiO2 and iron oxide on borosilicate glass create a warm red-gold effect with exceptional brilliance.
- Superior Clarity: The glass substrate provides unmatched transparency for vivid, saturated color.
- Smooth Skin Feel: Borosilicate platelets ensure a comfortable, non-gritty application.
- Versatile Formulation: Compatible with pressed powders, creams, liquids, and nail lacquers.
- Clean Beauty Compatible: Vegan and cruelty-free to meet modern formulation standards.
