Technical Profile & Formulation Guide for NovaGlow Smooth BVR
Violet-to-Blue Color Travel on a Silica–Mica Base
NovaGlow Smooth BVR is a semi-transparent, violet-to-blue color travel pigment engineered on a blend of silica and natural mica with a titanium dioxide coating. This architecture creates a clean, luminous base that allows the violet and blue shifts to read clearly, while maintaining a smooth, refined sparkle instead of a chunky glitter look. Depending on viewing angle and lighting, the effect moves from a vivid, shimmering violet-purple into a rich, electric blue for dynamic, multidimensional payoff.
Medium Particle Size for Dimensional Sparkle
With a particle size range of 20–100 μm, NovaGlow Smooth BVR delivers noticeable sparkle and color travel while still feeling comfortable on the skin and lips. The controlled distribution balances reflectivity and laydown, making it ideal for eye, face, lip, and nail formats where you want dramatic effect without gritty texture. The semi-transparent nature of the pigment also makes it highly layerable over existing color bases, transforming creams, liquids, and powders with a cool-toned, shifting highlight.
Key Formulation Benefits
- Striking Violet-to-Blue Shift: Delivers a smooth, clearly visible color travel effect that moves from shimmering violet-purple to luminous blue under changing angles and light.
- Refined Sparkle, Semi-Transparent Coverage: Medium particle size and controlled coating create a sophisticated, sparkling finish that layers beautifully over other shades without fully masking them.
- Versatile Across Formats: Compatible with pressed and loose powders, anhydrous balms, emulsions, and nail systems, supporting cohesive violet-blue effects across an entire product line.
- Cool-Toned Dimension: The cool violet and blue tones add depth to smoky looks, holographic-inspired toppers, and futuristic finishes for both color cosmetics and nail art.
- Vegan, Carmine-Free Profile: Formulated without carmine or animal-derived ingredients, aligning with vegan and cruelty-free positioning while maintaining high-impact visual performance.
