chromaflair pigments, color shift pigments for nail polish

Product Description

KOLORTEK ChromaFlair is a pigment used in paint systems, primarily for automobiles. When the paint is applied, it changes color depending on the light source and viewing angle.
The effect of ChromaFlair is achieved by interfering with the reflection and refraction of light from the painted object's surface. The paint contains tiny synthetic flakes about one micrometer thick. The flakes are constructed of aluminum coated with glass-like magnesium fluoride embedded in semi-translucent chromium.
Unlike ordinary pearlescent pigments, ChromaFlair flakes include a center aluminum layer is surrounded by a glass-like layer. Changing the thickness of this glass-like layer produces different colors, and allows all seven standard colors to be made from the same three ingredients. To maintain the tight color tolerance required by the automotive industry, layer thickness must be controlled to within a few atoms.
 
Features: 
1. color shift pigment is a high-tech synthetic inorganic pigment compounded by multiple inorganic oxide materials.
2. Color shift pigments shows changing colors & strong color flowing effect if you look from different angle.
3. As first grade security feature, it does not need any additional equipments to Identify for consumers.
4. Wide range of applications, it can be printed on paper, plastic and aluminum foil etc.
5. Stable performance in weather resistance.
6. Safe to use, non-radiated, non-toxic.
7. Professional design and manufacture technique, which is difficult to imitate.
 
Application:
Chroma Flair pigments can be mixed with traditional organic and inorganic pigments to create styled colors to meet a wide variety of design needs. Mix with aluminum pigments to lighten colors and create pastel effect; darker colors tend to intensify the color-shift effect. As shown, mixing with transparent pigments decreases the range of visible colors.
 
1.Paint vehicle
The aluminum and chrome give the paint a vibrant metallic sparkle, while the glass-like coating acts like a refracting prism, changing the apparent color of the surface as the observer moves around.