Products in Pigments & Colorants: Ultramarines

Gelest Ultramarine Violet TC (VIB-TCA) is a surface-treated violet ultramarine pigment. This pigment is used to create clean, bright shades and soft pastels for long-wear eye makeup and powders. It is more cost-effective than other organic pigments and is used in various color cosmetic formulations. This pigment is coated with an alkyl silane, which provides a hydrophobic coating that increases the ease of particle dispersion in natural and synthetic fluids and helps stabilize particles in emulsion systems.

Gelest Ultramarine Blue SS (LIA-SSA) is a stearyl triethoxysilane-treated blue ultramarine pigment. This pigment imparts the excellent wetting properties of the shorter-chain silanes with a more emollient skin feel in powders and dispersed systems. It is used in various color cosmetic formulations.

Gelest Ultramarine Pink SR (PIA-SRA) is a surface-treated pink ultramarine pigment. This pigment is used to create clean, bright shades and soft pastels for long-wear eye makeup and powders. It is more cost-effective than other organic pigments and is used in various color cosmetic formulations. This pigment is coated with a hydroxyl-terminated silsesquioxane network, which improves adhesion to skin and hair.

Gelest Ultramarine Blue ML (LIA-MLA) is a blue solid that is treated with dimethicone PEG-3 laurate. This treatment allows for high pigment loading, water repellency, and low viscosity dispersion to maximize color intensity. This ultramarine pigment is used in various color cosmetic formulations.

Gelest Ultramarine Pink TC (PIA-TCA) is a surface-treated pink ultramarine pigment. This pigment is used to create clean, bright shades and soft pastels for long-wear eye makeup and powders. It is more cost-effective than other organic pigments and is used in various color cosmetic formulations. This pigment is coated with an alkyl silane, which provides a hydrophobic coating that increases the ease of particle dispersion in natural and synthetic fluids and helps stabilize particles in emulsion systems.

Gelest Ultramarine Blue SR (LIA-SRA) is a trimethylsiloxysilicate-treated blue ultramarine pigment for use in various color cosmetic formulations. This pigment is coated with a hydroxyl-terminated silsesquioxane network, which improves adhesion to skin and hair. It is perfect for use in long-wearing and water-resistant makeup.

Gelest Ultramarine Pink SS (PIA-SSA) is a surface-treated pink ultramarine pigment. This pigment is used to create clean, bright shades and soft pastels for long-wear eye makeup and powders. It is more cost-effective than other organic pigments and is used in various color cosmetic formulations. This pigment imparts the excellent wetting properties of the shorter-chain silanes with a more emollient skin feel in powders and dispersed systems.

Gelest Ultramarine Blue SF is a blue solid that is treated with triethoxysilylpropyl acetyl hydroxyprolinate. This hydrophilic, amino acid-treated pigment improves the skin's affinity and increases its moisture-binding capability. This ultramarine, skin-friendly pigment is recommended for use in various color cosmetic formulations.

Gelest Ultramarine Violet SS (VIB-SSA) is a surface-treated violet ultramarine pigment. This pigment is used to create clean, bright shades and soft pastels for long-wear eye makeup and powders. It is more cost-effective than other organic pigments and is used in various color cosmetic formulations. This pigment imparts the excellent wetting properties of the shorter-chain silanes with a more emollient skin feel in powders and dispersed systems.

Gelest Ultramarine Violet SR (VIB-SRA) is a surface-treated violet ultramarine pigment. This pigment is used to create clean, bright shades and soft pastels for long-wear eye makeup and powders. It is more cost-effective than other organic pigments and is used in various color cosmetic formulations. This pigment is coated with a hydroxyl-terminated silsesquioxane network, which improves adhesion to skin and hair.

Gelest Ultramarine Blue TC (LIA-TCA) is a surface-treated blue ultramarine pigment. This pigment is used to create clean, bright shades and soft pastels for long-wear eye makeup and powders. It is more cost-effective than other organic pigments and is used in various color cosmetic formulations. This pigment is coated with an alkyl silane, which provides a hydrophobic coating that increases the ease of particle dispersion in natural and synthetic fluids and helps stabilize particles in emulsion systems.

BioGenic Magicolor beads are produced through a unique, patented multi-layer encapsulation technology, offering a high load of iron oxide pigments (43-53%) and titanium dioxide. The pigment's true color is revealed upon application. This technology can be used in emulsion systems, pressed powders, and anhydrous lip products. Use levels vary depending on the desired color profile and formulation type. Particlesize: 55-90 µm. The Magicolor 140 series provide a more naturally-derived coating option.

PearlFlakes, a new generation of color cosmetic pigments, providing rich luster and brilliance to formulations. Designed specifically for lip products and cream eyeshadows, PearlFlakes are also versatile to incorporate into a variety of formulations for color and skin. PearlFlakes are not typical powder-pigments but flake-like pigments that are easier to be incorporated, mixed or dispersed into liquid, cream or semi-solid formulations.

Bismica MAXs are pearl pigments that have a uniquely bonded combination of pigments, bismuth oxychloride and muscovite mica. These pearlescent pigments provide intense color impact. They are used primarily in pressed powders, eyeshadows and lip products.

BioGenic Magicolor beads are produced through a unique, patented multi-layer encapsulation technology, offering a high load of iron oxide pigments (40-50%) and titanium dioxide. The pigment's true color is only revealed upon application. This technology can be used in emulsion systems, pressed powders, and anhydrous lip products. Use levels vary depending on the desired color profile and formulation type. Particle size: 50-60 µm.

Bismicas are pearl pigments that have a uniquely bonded combination of pigments, bismuth oxychloride and muscovite mica. These pearlescent pigments provide vibrant color with a subtle satin luster. They are used primarily in pressed powders, eyeshadows, and lip products.

Ultramarine Pink/Lavanya Rosy is a fine violet powder. It is an Inorganic Pigment for Decorative Cosmetics.

Ultramarine Violet/Lavanya Bengani is a fine violet powder. It is an Inorganic Pigment. It is insoluble in water and in organic solvents.

Ultramarine Blue /Lavanya Aasmani is a fine blue powder. It is an Inorganic Pigment. It is insoluble in water and in organic solvents.

Ultramarine Blue is a D&C approved water soluble dyes for personal care. It is manufactured with unique proprietary technology to achieve extremely soft and fine particles. Particle size plays an important role in the final product incorporation. It also is a key factor to achieve consistency in shades.

Ultramarine-based pigment with high solid content. It is suitable for use in lipsticks and lipglosses.

Color Techniques AS-5540 Alkyl Silane Treated Ultramarine Violet appears as red shade used in eye shadow, eyebrow, eyeliner, mascara.

Color Techniques AS-5530 Alkyl Silane Treated Ultramarine Pink appears as red shade used in eye shadow, face powder.

Color Techniques AS-5101 Alkyl Silane Treated Ultramarine Blue appears as slightly red, lighter shade used in blush, eye shadow, eyebrow, eyeliner, face powder, foundation, lip, mascara, nail lacquer.

Ultramarine Violet is a D&C approved water soluble dyes for personal care. It is manufactured with unique proprietary technology to achieve extremely soft and fine particles. Particle size plays an important role in the final product incorporation. It also is a key factor to achieve consistency in shades.

Ultramarine Pink is a D&C approved water soluble dyes for personal care. It is manufactured with unique proprietary technology to achieve extremely soft and fine particles. Particle size plays an important role in the final product incorporation. It also is a key factor to achieve consistency in shades.