Performance & Formulation Insights for SilikMira Xtreme BPVR
Engineering Extreme 4-Way Color Travel
SilikMira Xtreme BPVR achieves its dramatic blue–purple–violet–red color trajectory through a sophisticated multi-layering process. Ultra-fine aluminum and titanium dioxide are precisely deposited onto a smooth, high-purity synthetic fluorphlogopite substrate, then encapsulated in a silica layer. This architecture creates multiple pathways for light to reflect and refract, producing an exceptionally dynamic, multi-dimensional color shift that outperforms standard color travel pearls.
The Advantage of a Synthetic & Metallic Core
The synthetic fluorphlogopite base ensures superior purity, consistency, and brightness compared to natural mica. The inclusion of aluminum powder is central to its performance—delivering a true metallic, foil-like effect with exceptional opacity and saturation. Together, these materials enable an intense, liquid-metal look with unmatched chromaticity and color impact.
Formulation Guidance & System Compatibility
Due to the presence of untreated aluminum powder, SilikMira Xtreme BPVR is best suited for anhydrous or solvent-based systems such as pressed powders, cream/putty formulas, liquid eyeliners, and nail lacquers. Avoid water-based systems to ensure maximum stability and prevent potential reactions with water.
Key Formulation Benefits
- Extreme 4-Way Color Shift: Creates a dramatic travel from blue to purple, violet, and red for truly unique cosmetic products.
- Intense Metallic Finish: Aluminum powder delivers a highly reflective, foil-like effect with excellent opacity, distinct from standard pearlescent pigments.
- High Purity & Consistency: Synthetic fluorphlogopite base provides cleaner color expression and reliable batch-to-batch performance.
- Versatile Application: Proven in powders, solvent-based systems, and anhydrous creams for wide-ranging product development.
