Performance & Formulation Insights for Glamour Party Blue
Engineering High-Impact Sparkle
Glamour Party Blue utilizes Calcium Aluminum Borosilicate, a type of glass flake, as its substrate. This synthetic material features an exceptionally smooth, transparent surface that produces a cleaner, more intense reflection than natural mica. Coated with Titanium Dioxide and Ferric Ferrocyanide, it delivers a vibrant blue sparkle with superior brilliance and a dazzling, chunky texture that creates a bold, three-dimensional effect across eye, face, and nail applications.
Best Practices for Formulating with Chunky Glitters
With a very large particle size (100–1000 μm), successful formulation focuses on adhesion and suspension. In liquid or gel systems, use a high-viscosity base and appropriate rheology modifiers to prevent settling. For pressed powders, specialized binders are necessary to ensure strong pan integrity and skin adhesion while minimizing fallout. For end-users, an adhesive primer or glitter base is recommended to maximize wear and visual impact.
Key Formulation Benefits
- Intense Chunky Sparkle: The large glass flake substrate creates a dramatic, eye-catching blue glitter effect that stands out in any formulation.
- Superior Brilliance: Delivers a cleaner and more vibrant sparkle than traditional mica-based glitters for a premium look and feel.
- High Visual Impact: Ideal for statement products like glitter toppers, bold nail polishes, and festival-inspired body art.
- Clean & Conscious: Vegan and cruelty-free to align with modern clean beauty expectations.
