Technical Profile & Formulation Guide for Glamour Bubble Gum Pink
The Science Behind Superior Sparkle: Borosilicate Base
Glamour Bubble Gum Pink leverages a Calcium Aluminum Borosilicate substrate—a synthetic glass platelet that offers significantly higher transparency and reflectivity than natural mica. This cleaner, smoother base allows for purer color and a more brilliant, diamond-like sparkle. The large particle size (80–200 μm) is specifically engineered to create the sought-after glistening, eye-catching finish that stands out in any formulation.
Advanced Formulation & Application Advantages
Despite its large particle size, the smooth, uniform surface of the borosilicate platelets provides a surprisingly comfortable feel on the skin, reducing the gritty texture associated with traditional glitters. This makes it ideal for use in a wide range of cosmetic applications, including lip gloss and eyeshadow.
It suspends effectively in gels, glosses, and nail lacquers, allowing formulators to achieve consistent, high-impact results. The uniform particle morphology also supports improved laydown and visual uniformity in both anhydrous and liquid systems.
Key Formulation Benefits
- Intense Glistening Effect: The large particle glass substrate creates a superior, diamond-like sparkle for premium, high-impact cosmetics.
- Vibrant & Stable Color: Colored with carmine to achieve a bright, bold, and stable bubble gum pink hue suitable for a variety of applications.
- Surprisingly Smooth Feel: Engineered borosilicate platelets provide a more comfortable feel on the skin compared to traditional, less uniform glitters.
- Broad Application Use: Fully approved for use in eye, face, lip, and nail cosmetics, offering exceptional formulation versatility.
