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VISIONAIRE Bright Splendid Red 34 Eckart America
  • INCI Name:
    Aluminum Powder (and) Red 34 (and) Silica
VISIONAIRE Bright Splendid Red 34 is a free-flowing metallic powder with a red reflection colour comprising platelets based on aluminum powder (CI 77000) coated with silica and Red 34 (CI 15880).
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SilikMira Xtreme BPVR Sandream Specialties
  • INCI Name:
    Synthetic Fluorphlogopite (and) Titanium Dioxide (and) Aluminum Powder (and) Silica
SilikMira Xtreme BPVR SVT-969 is the most extreme 4-way color variable pigment distinctly shifting from Blue to Purple to Violet to Red. The elevated chromaticity, saturation, and metallic effect sets SilikMira Xtreme apart from other color travel pearls. Composed of silica, aluminum powder...view more SilikMira Xtreme BPVR SVT-969 is the most extreme 4-way color variable pigment distinctly shifting from Blue to Purple to Violet to Red. The elevated chromaticity, saturation, and metallic effect sets SilikMira Xtreme apart from other color travel pearls. Composed of silica, aluminum powder, synthetic fluorphlogopite, and titanium dioxide, SilikMira Xtreme BPVR is acceptable in eye, face, nail, and personal care applications with a recommended usage rate of 1-30%. view less
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SilikMira Xtreme OYGT Sandream Specialties
  • INCI Name:
    Titanium Dioxide (and) Synthetic Fluorphlogopite (and) Silica (and) Aluminum Powder
SilikMira Xtreme OYGT SVT-919 is the most extreme 4-way color variable pigment distinctly shifting from Orange to Yellow to Green to Turquoise. The elevated chromaticity, saturation, and metallic effect sets SilikMira Xtreme apart from other color travel pearls. Composed of silica, aluminum powder...view more SilikMira Xtreme OYGT SVT-919 is the most extreme 4-way color variable pigment distinctly shifting from Orange to Yellow to Green to Turquoise. The elevated chromaticity, saturation, and metallic effect sets SilikMira Xtreme apart from other color travel pearls. Composed of silica, aluminum powder, synthetic fluorphlogopite, and titanium dioxide, SilikMira Xtreme OYGT is acceptable in eye, face, nail, and personal care applications with a recommended usage rate of 1-30%. view less
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SilikMira Xtreme PVOG Sandream Specialties
  • INCI Name:
    Titanium Dioxide (and) Synthetic Fluorphlogopite (and) Silica (and) Aluminum Powder
SilikMira Xtreme PVOG SVT-949 is the most extreme 4-way color variable pigment distinctly shifting from Purple to Violet to Orange to Green. The elevated chromaticity, saturation and metallic effect sets SilikMira Xtreme apart from other color travel pearls. Composed of silica, aluminum powder...view more SilikMira Xtreme PVOG SVT-949 is the most extreme 4-way color variable pigment distinctly shifting from Purple to Violet to Orange to Green. The elevated chromaticity, saturation and metallic effect sets SilikMira Xtreme apart from other color travel pearls. Composed of silica, aluminum powder, synthetic fluorphlogopite and titanium dioxide, SilikMira Xtreme PVOG is acceptable in eye, face, nail and personal care applications with a recommended usage rate of 1-30%. view less
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SilikMira Xtreme VOYG Sandream Specialties
  • INCI Name:
    Titanium Dioxide (and) Synthetic Fluorphlogopite (and) Silica (and) Aluminum Powder
SilikMira Xtreme VOYG SVT-939 is the most extreme 4-way color variable pigment distinctly shifting from Violet to Orange to Yellow to Green. The elevated chromaticity, saturation, and metallic effect sets SilikMira Xtreme apart from other color travel pearls. Composed of silica, aluminum powder...view more SilikMira Xtreme VOYG SVT-939 is the most extreme 4-way color variable pigment distinctly shifting from Violet to Orange to Yellow to Green. The elevated chromaticity, saturation, and metallic effect sets SilikMira Xtreme apart from other color travel pearls. Composed of silica, aluminum powder, synthetic fluorphlogopite, and titanium dioxide, SilikMira Xtreme VOYG is acceptable in eye, face, nail, and personal care applications with a recommended usage rate of 1-30%. view less
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SilikMira Xtreme GTBP Sandream Specialties
  • INCI Name:
    Silica (and) Aluminum Powder (and) Synthetic Fluorphlogopite (and) Titanium Dioxide
SilikMira Xtreme GTBP SVT-929 is the most extreme 4-way color variable pigment distinctly shifting from Green to Turquoise to Blue to Purple. The elevated chromaticity, saturation, and metallic effect sets SilikMira Xtreme apart from other color travel pearls. Composed of silica, aluminum powder...view more SilikMira Xtreme GTBP SVT-929 is the most extreme 4-way color variable pigment distinctly shifting from Green to Turquoise to Blue to Purple. The elevated chromaticity, saturation, and metallic effect sets SilikMira Xtreme apart from other color travel pearls. Composed of silica, aluminum powder, synthetic fluorphlogopite, and titanium dioxide, SilikMira Xtreme GTBP is acceptable in eye, face, nail, and personal care applications with a recommended usage rate of 1-30%. view less
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Geopearl® C Crystal Bright Titanium Geotech International B.V.
  • INCI Name:
    Synthetic Fluorphlogopite (and) Titanium Dioxide (and) Tin Oxide
Geopearl® C Crystal Bright Titanium is an innovative pearlescent pigment offering a bright metallic effect. It has a controlled particle size distribution of 10 – 100 microns. The new member of the Geopearl Crystal family allows formulators to create bright metallic effects in color cosmetics and personal care products without the use of aluminum powder...view more Geopearl® C Crystal Bright Titanium is an innovative pearlescent pigment offering a bright metallic effect. It has a controlled particle size distribution of 10 – 100 microns. The new member of the Geopearl Crystal family allows formulators to create bright metallic effects in color cosmetics and personal care products without the use of aluminum powder or polyester-based glitter. The Synthetic Fluorphlogopite mica-based pigment can be used globally in cosmetic products without restrictions. GEOTECH confirmed that the new product is stable in water, oil, and solvent-based formulations. The pigment does not contain additional colorants and is therefore UV resistant. view less
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