Products in Pigments & Colorants: Gold

Cosmetic Ingredient Effect Pigment A has a reflection color of gold and a transmission color of blue. It contains natural mica and titanium dioxide and has a particle size of 10-60um.Cosmetic Ingredient Effect Pigment A provide a less silky, more lustrous pearl efect in formulations. These versatile pigments impart that second dimension of pearlescence to any elegant cosmetic or personal care product. Their white mass tone provides outstanding skin coverage while maintaining a natural look.

Cosmetic Ingredient Effect Pigment C Aurous are effect pigments based on UltraThin Pigment (UTP) Technology. The pigments provide a vivid and intense appearance. They come in a range of natural gold shades.

MOCOM Compounds ALCOLOR® PC GD5011-14 is a light fastness colorant with a blue woolscale 7, free from cadmium, lead, and diarylide pigments, with high dispersibility, high additive content, and dust-free characteristics. It is used for injection molding, blow molding, and extrusion of polycarbonate parts in electrical and electronic, furniture, building and construction, and sport and leisure applications. The color is gold, similar to RAL 9017, and the dosage is 0.5% extrusion and 0.5% injection molding, depending on the application and operational area.

AGC Chemicals Americas, Inc. Fluon+™ ETFE C-88AXM HT Goldenrod Concentrate is a goldenrod-colored concentrate designed for use in medium to high-flow ETFE (Ethylene tetrafluoroethylene) for pigmentation. The color concentrate is based on Fluon® ETFE C-88AXM-HT and is supplied in cylindrical pellet form. These pellets are approximately 0.080 inches in diameter by 0.080 inches long. It finds applications in colored injection-molded parts, film, tubing, colored wire or jacket insulation where a pigmented appearance is required.

Angstrom Technologies AVP-03 is a metallic effect, an inorganic pigment, and an optically variable pigment (OVP). Depending on the viewing angle, the visible color shifts from red-orange to old-green. This pigment is suitable for the manufacture of optically variable inks (OVIs). In its physical state, it is an odorless, free-flowing crystalline powder with a visible color of red, orange, or green.

Angstrom Technologies CS-01M is a metallic effect, an inorganic pigment, and an optically variable pigment (OVP). Depending on the viewing angle, the visible color shifts from gold to silver. This pigment is suitable for the manufacture of optically variable inks (OVIs). In its physical state, it is an odorless, free-flowing crystalline powder with a visible color of gold or silver.

Angstrom Technologies CS-08 is an inorganic pigment and an optically variable pigment (OVP). Depending on the viewing angle, the visible color shifts from orange to gold. This pigment is suitable for the manufacture of optically variable inks (OVIs). In its physical state, it is an odorless, free-flowing crystalline powder with a visible color of orange or gold.

Angstrom Technologies CS-05M is an inorganic pigment and an optically variable pigment (OVP). Depending on the viewing angle, the visible color shifts from blue to gold. This pigment is suitable for the manufacture of optically variable inks (OVIs). In its physical state, it is an odorless, free-flowing crystalline powder with a visible color of blue or gold.

Angstrom Technologies CS-02M is a metallic effect, an inorganic pigment, and an optically variable pigment (OVP). Depending on the viewing angle, the visible color shifts from gold to silver. This pigment is suitable for the manufacture of optically variable inks (OVIs). In its physical state, it is an odorless, free-flowing crystalline powder with a visible color of gold or silver.

Angstrom Technologies CS-08M is an inorganic pigment and an optically variable pigment (OVP). Depending on the viewing angle, the visible color shifts from orange to gold. This pigment is suitable for the manufacture of optically variable inks (OVIs). In its physical state, it is an odorless, free-flowing crystalline powder with a visible color of orange or gold.

Angstrom Technologies CS-13 is an inorganic pigment and an optically variable pigment (OVP). Depending on the viewing angle, the visible color shifts from teal to gold. This pigment is suitable for the manufacture of optically variable inks (OVIs). In its physical state, it is an odorless, free-flowing crystalline powder with a visible color of teal or gold.

Angstrom Technologies CS-01 is a metallic effect, an inorganic pigment, and an optically variable pigment (OVP). Depending on the viewing angle, the visible color shifts from gold to silver. This pigment is suitable for the manufacture of optically variable inks (OVIs). In its physical state, it is an odorless, free-flowing crystalline powder with a visible color of gold or silver.

Angstrom Technologies CS-05 is an inorganic pigment and an optically variable pigment (OVP). Depending on the viewing angle, the visible color shifts from blue to gold. This pigment is suitable for the manufacture of optically variable inks (OVIs). In its physical state, it is an odorless, free-flowing crystalline powder with a visible color of blue or gold.

Angstrom Technologies AVP-01 is a metallic effect, an inorganic pigment, and an optically variable pigment (OVP). Depending on the viewing angle, the visible color shifts from gold to green to dark green. This pigment is suitable for the manufacture of optically variable inks (OVIs). In its physical state, it is an odorless, free-flowing crystalline powder with a visible color of gold or green.

Angstrom Technologies CS-13M is an inorganic pigment and an optically variable pigment (OVP). Depending on the viewing angle, the visible color shifts from teal to gold. This pigment is suitable for the manufacture of optically variable inks (OVIs). In its physical state, it is an odorless, free-flowing crystalline powder with a visible color of teal or gold.

Angstrom Technologies AVP-02 is a metallic effect, an inorganic pigment, and an optically variable pigment (OVP). Depending on the viewing angle, the visible color shifts from purple to pink to gold. This pigment is suitable for the manufacture of optically variable inks (OVIs). In its physical state, it is an odorless, free-flowing crystalline powder with a visible color of purple or gold.

Cameleon™ CelluBlack is a cellulose-based encapsulation of gold mica that protects pigments within formulations, helping to maintain a white, clean appearance. The encapsulation only breaks upon application, providing a dramatic and consistent color transformation. It is globally approved and can withstand the high pressure associated with various formulation processes.

Cameleon™ Gold is a globally approved encapsulated pigment that does not require a dedicated production line for pigments or color cosmetics. CameleonCaps™ are durable during formulation and scale-up yet break easily upon application, providing a dramatic and consistent color transformation. It also provides increased stability in a variety of applications and helps to maintain the white mass tone or transparency of formulations.

Arcopearl® Pure interference pigments advance current natural mica based technologies. Arcopearl® pearlescent pigments are finely coated metallic oxide onto a smooth surfaced natural mica substrate. These effect pigments display intense luster, high chroma, and excellent sensory benefits with exceptional value for cost effective formulations.

Arcopearl® Sparkle interference pigments are engineered to deliver superior whiteness, high chroma, intensity and brightness. The Arcopearl® Sparkle portfolio consists of smoothly coated synthetic mica pigments that add dramatic visual effects with superior interference colors due to the crisp whiteness of the base, exceptional sensory and have a guaranteed low level of heavy metals.

Arcopearl® Pure interference pigments advance current natural mica based technologies. Arcopearl® pearlescent pigments are finely coated metallic oxide onto a smooth surfaced natural mica substrate. These effect pigments display intense luster, high chroma, and excellent sensory benefits with exceptional value for cost effective formulations.

BioGenic MagicBead 200 GDPD is a Single layer breakable capsule, Fluidized bed technology gives uniform particle shape and size.

Arcopearl® Sparkle interference pigments are engineered to deliver superior whiteness, high chroma, intensity and brightness. The Arcopearl® Sparkle portfolio consists of smoothly coated synthetic mica pigments that add dramatic visual effects with superior interference colors due to the crisp whiteness of the base, exceptional sensory and have a guaranteed low level of heavy metals.

Arcopearl® Sparkle interference pigments are engineered to deliver superior whiteness, high chroma, intensity and brightness. The Arcopearl® Sparkle portfolio consists of smoothly coated synthetic mica pigments that add dramatic visual effects with superior interference colors due to the crisp whiteness of the base, exceptional sensory and have a guaranteed low level of heavy metals.

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.

Arcopearl® Sparkle interference pigments are engineered to deliver superior whiteness, high chroma, intensity and brightness. The Arcopearl® Sparkle portfolio consists of smoothly coated synthetic mica pigments that add dramatic visual effects with superior interference colors due to the crisp whiteness of the base, exceptional sensory and have a guaranteed low level of heavy metals.

Arcopearl® Sparkle interference pigments are engineered to deliver superior whiteness, high chroma, intensity and brightness. The Arcopearl® Sparkle portfolio consists of smoothly coated synthetic mica pigments that add dramatic visual effects with superior interference colors due to the crisp whiteness of the base, exceptional sensory and have a guaranteed low level of heavy metals.

Arcopearl® FEHD interference pigments are a new generation of synthetic mica flakes. These high definition effect pigments utilize a unique patented technology designed to coat synthetic mica in a novel, unconventional way. Arcopearl® FEHD uses a synthetic mica substrate and is coated by Iron Oxide and then Titanium Dioxide to create a new layered pearl pigment. This new layering process creates outstanding visual and sparkle effects that offer exceptional brightness, intense chroma and superior sensory benefits unlike traditional effect pigments. Arcopearl® FEHD effect pigments have a guaranteed low level of heavy metals.

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.

Arcopearl® Sparkle interference pigments are engineered to deliver superior whiteness, high chroma, intensity and brightness. The Arcopearl® Sparkle portfolio consists of smoothly coated synthetic mica pigments that add dramatic visual effects with superior interference colors due to the crisp whiteness of the base, exceptional sensory and have a guaranteed low level of heavy metals.

Arcopearl® Sparkle interference pigments are engineered to deliver superior whiteness, high chroma, intensity and brightness. The Arcopearl® Sparkle portfolio consists of smoothly coated synthetic mica pigments that add dramatic visual effects with superior interference colors due to the crisp whiteness of the base, exceptional sensory and have a guaranteed low level of heavy metals.

Arcopearl® FEHD interference pigments are a new generation of synthetic mica flakes. These high definition effect pigments utilize a unique patented technology designed to coat synthetic mica in a novel, unconventional way. Arcopearl® FEHD uses a synthetic mica substrate and is coated by Iron Oxide and then Titanium Dioxide to create a new layered pearl pigment. This new layering process creates outstanding visual and sparkle effects that offer exceptional brightness, intense chroma and superior sensory benefits unlike traditional effect pigments. Arcopearl® FEHD effect pigments have a guaranteed low level of heavy metals.

Arcopearl® Sparkle interference pigments are engineered to deliver superior whiteness, high chroma, intensity and brightness. The Arcopearl® Sparkle portfolio consists of smoothly coated synthetic mica pigments that add dramatic visual effects with superior interference colors due to the crisp whiteness of the base, exceptional sensory and have a guaranteed low level of heavy metals.

Widespread interference pigments are used in many decorative formulations. Their high popularity is due to fascinating interplays of colors and effects due to the various materials employed in their layered structures. Refractions and reflections of light at and within those layers cause interferences yielding the selected colors. The interference series of Pearlescent Pigments ChemTech is characterized by pure color and bright soft luster.

Eldorado™ Gold Glitter is a red/gold lustrous powder composed of mica, titanium dioxide, and iron oxide. These pigments consist of mica coated with titanium dioxide and iron oxide, offering a range of gold shades based on particle sizes and the ratio of iron oxide to titanium dioxide. Versatile Eldorado™ Gold pearls find application in decorative cosmetics and personal care products, providing a desired golden luster or sparkle effect. Suitable for gels or emulsions, they impart a golden glitter effect or sheen when applied to the skin.