Performance & Formulation Insights for SynMira-Ice BVR849
Engineering Extreme Sparkle & Color Travel
SynMira-Ice BVR849 achieves its dramatic visual effects through a combination of its large particle size (100–260 μm) and its high-purity synthetic fluorphlogopite substrate. This perfectly smooth, transparent base is coated with precise layers of silica and titanium dioxide, maximizing light reflection and refraction. The result is a bold, glitter-like sparkle and a vivid color shift from blue-green to violet and red, offering a superior performance alternative to traditional borosilicate pigments.
Formulation Advantages of a Large Particle Synthetic Mica
The large particle size makes this pigment ideal for products where sparkle and visual texture are the primary goals. Free from iron oxides, it provides a clean, bright color travel effect that won’t muddy or dull in formulations. The synthetic mica base ensures high purity and consistency, making it a reliable choice for achieving repeatable, high-impact results in color cosmetics. Its performance is exceptional in transparent bases like gels, glosses, and nail lacquers where the full color travel can be observed.
Key Formulation Benefits
- Intense Glitter-Like Sparkle: The large particle size delivers a dramatic, high-impact sparkle effect perfect for statement products.
- Vivid Multi-Color Shift: Creates a stunning color travel effect from blue-green to violet and red for dynamic, engaging cosmetics.
- High-Purity & Brightness: Built on a synthetic mica substrate, it provides superior brightness and purity compared to natural mica and is free of heavy metal impurities.
- Versatile Application: Excellent for creating bold textures and effects in a wide range of applications, including eye, face, lip, and nail products.