Performance & Formulation Insights for NovaGlow Max PGO
Carmine-Enhanced Color Travel on Borosilicate Glass
NovaGlow Max PGO achieves its intense pink-green-orange color travel through a multi-layer coating system on calcium aluminum borosilicate glass. Carmine (CI 75470) provides the vivid pink hue, while Iron Oxides and Tin Oxide contribute to the complex color-travel effect that shifts dramatically from pink to green to orange as the viewing angle changes.
The extra-large 100–5000 µm particle size creates bold, eye-catching flakes with dramatic visible color change. Each individual flake displays the full spectrum of pink-green-orange travel, making this pigment ideal for statement cosmetics where maximum visual impact is desired.
Key Technical Advantages in Formulation
The borosilicate glass substrate provides excellent transparency and brilliance, allowing the color-travel effect to display with maximum intensity. The large particle size ensures each flake acts as an individual color-shifting element visible to the naked eye.
In gel and cream formulations, the flakes suspend well and maintain their optical properties. In nail lacquers, they create a stunning multicolor effect that shifts with every movement of the hand.
Key Formulation Benefits
- Intense Color Travel: Dramatic pink-green-orange shift with bold, visible color change at different viewing angles.
- Carmine-Enhanced Vibrancy: Carmine provides a vivid, saturated pink that enhances the overall color-travel intensity.
- Extra-Large Flakes: 100–5000 µm particles create bold, statement-making sparkle with individual visible color shifts.
- Versatile Application: Approved for eye, face, lip, and nail use for maximum formulation flexibility.
- Vegan & Cruelty-Free: Meets modern beauty standards while delivering exceptional color performance.
