Products in Pigments & Colorants: Soft Feel

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® 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® 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® 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® 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® Matte is a engineered to deliver a superior matte finish while also adding enhance sensorial properties to the formulation. It contributes to a smoother appearance, contains low levels of impurities and also is easy to formulate with.

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® 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® 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® 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® 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® 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® 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.

Primrose silica coated pigments are hydrophilic pigments that are ideal for O/W and water-rich systems. The silica coating, with a refractive index similar to human skin, provides a soft focus effect by increasing diffuse reflection. As the trends towards O/W systems continues, Primrose pigments help overcome some of the typical drawbacks of O/W systems such as gritty feel, weak color development, and wet/dry color stability. In turn, chemists will be able to formulate systems with the “fresh” watery feel of O/W systems with the added benefit of soft focus color pigments

Primrose silica coated pigments are hydrophilic pigments that are ideal for O/W and water-rich systems. The silica coating, with a refractive index similar to human skin, provides a soft focus effect by increasing diffuse reflection. As the trends towards O/W systems continues, Primrose pigments help overcome some of the typical drawbacks of O/W systems such as gritty feel, weak color development, and wet/dry color stability. In turn, chemists will be able to formulate systems with the “fresh” watery feel of O/W systems with the added benefit of soft focus color pigments

Primrose silica coated pigments are hydrophilic pigments that are ideal for O/W and water-rich systems. The silica coating, with a refractive index similar to human skin, provides a soft focus effect by increasing diffuse reflection. As the trends towards O/W systems continues, Primrose pigments help overcome some of the typical drawbacks of O/W systems such as gritty feel, weak color development, and wet/dry color stability. In turn, chemists will be able to formulate systems with the “fresh” watery feel of O/W systems with the added benefit of soft focus color pigments

Isopropyl Titanium Triisostearate is a synthetic compound derived from fatty acid. When Iron Oxides are surface treated with Isopropyl Titanium Triisostearate, they display strong color development properties with increased adhesion to the skin. TPT is very reactive to almost all pigments and forms a uniform coating of lipophilic isostearate groups. There are abundant fatty ester groups on the treated surface; therefore, the titanate treated pigments can be easily wetted by and dispersed in organic vehicles, like esters, mineral oils or petrolatum. Oil absorption is substantially reduced, allowing the loading of pigments in the formula to be increased. TPT treated pigments are suitable for liquid foundations, lipsticks, blushes, eye shadows, and sunscreens.

Triethoxycaprylylsilane treated pigments offer benefits of both silicone and hydrocarbon treatments with the presence of hydrocarbon chain on silicone backbone. Alkyl Silane treated pigments have excellent dispersibility in various oils including; esters, mineral oils, plant oils and silicone fluids. The lipophilic caprylyl group offers excellent hydrophobicity and unique creamy/adhesive feel in powders and liquid formulations. It allows for good coverage onto the skin due to its affinity with sebum.

Mica is a natural mineral used as a cosmetic powder that aids in the spreading of cosmetics. Due to its reflective properties, mica enhances a softer and more youthful look when used in cosmetic formulations. In its native form, Mica resembles metal in thin rock sheets or flakes, with an iridescent, pearly luster. While Mica typically displays a gray to brown color characteristic, Miyoshi’s Mica CM-10 exhibits a white color when dry, and off-white when wet with mineral oil. Mica Miyoshi is able to offer Mica CM-10*, both untreated and surface treated, with a variety of our innovative surface treatments including our patented, silky-smooth Dimethicone (SA) treatment for a luxurious feel.

Isopropyl Titanium Triisostearate is a synthetic compound derived from fatty acid. When Iron Oxides are surface treated with Isopropyl Titanium Triisostearate, they display strong color development properties with increased adhesion to the skin. TPT is very reactive to almost all pigments and forms a uniform coating of lipophilic isostearate groups. There are abundant fatty ester groups on the treated surface; therefore, the titanate treated pigments can be easily wetted by and dispersed in organic vehicles, like esters, mineral oils or petrolatum. Oil absorption is substantially reduced, allowing the loading of pigments in the formula to be increased. TPT treated pigments are suitable for liquid foundations, lipsticks, blushes, eye shadows, and sunscreens.

Isopropyl Titanium Triisostearate is a synthetic compound derived from fatty acid. When Iron Oxides are surface treated with Isopropyl Titanium Triisostearate, they display strong color development properties with increased adhesion to the skin. TPT is very reactive to almost all pigments and forms a uniform coating of lipophilic isostearate groups. There are abundant fatty ester groups on the treated surface; therefore, the titanate treated pigments can be easily wetted by and dispersed in organic vehicles, like esters, mineral oils or petrolatum. Oil absorption is substantially reduced, allowing the loading of pigments in the formula to be increased. TPT treated pigments are suitable for liquid foundations, lipsticks, blushes, eye shadows, and sunscreens.

Primrose silica coated pigments are hydrophilic pigments that are ideal for O/W and water-rich systems. The silica coating, with a refractive index similar to human skin, provides a soft focus effect by increasing diffuse reflection. As the trends towards O/W systems continues, Primrose pigments help overcome some of the typical drawbacks of O/W systems such as gritty feel, weak color development, and wet/dry color stability. In turn, chemists will be able to formulate systems with the “fresh” watery feel of O/W systems with the added benefit of soft focus color pigments

Silk RiO-MTC is a Red powder. Pigment of mineral origin coated with triethoxycaprylylsilane. Provides a red color to products. It incorporates into formulations easily and provides a soft sensory.

Glamour™ CF Deep Pink is a sparkling deep pink, carmine-free glass (borosilicate)-based pearl pigment, offering a glistening and eye-catching look with a smooth feel. Featuring a relatively larger particle size, this pigment is suitable for nail polish, lip gloss, and other areas where a sparkling effect is desired.

Glamour™ Gold Chrome is a sparkling golden borosilicate-based pearl pigment designed to emanate a glistening and eye-catching look while maintaining a smooth texture. With a relatively larger particle size, this pigment is perfect for nail polish, lip gloss, and various applications where a sparkling effect is desired.

Glamour™ Shimmer White is a borosilicate-based white pearl that emits high chroma, brightness, transparency, and reflectivity, enhancing visual depth and dimensionality. This pearl imparts a glistening and eye-catching look while maintaining a smooth texture. With its large particle size, this pigment offers a brilliant, star-like glitter effect, making it perfect for nail polish, eye shadow, lip gloss, and various applications where a sparkling effect is desired.

SUNPRESS-TR is Talc replacement and it has a good pressability as talc. And this product has great softeness texture similar to Talc so you can be used in press powder and Loose powder formulas.

Silk YiO-MTC is a Yellow powder. Pigment of mineral origin coated with triethoxycaprylylsilane. Provides a yellow color to products. It incorporates into formulations easily and provides a soft sensory

Glamour™ CF P-Y is a sparkling pink-yellow, carmine-free glass (borosilicate)-based pearl pigment, emitting a glistening and eye-catching look with a smooth feel. Featuring a relatively larger particle size, this pigment is suitable for nail polish, lip gloss, and other areas where a sparkling effect is desired.

Glamour™ CF P-B is a sparkling pink-blue, carmine-free glass (borosilicate)-based pearl pigment, emitting a glistening and eye-catching look with a smooth feel. Featuring a relatively larger particle size, this pigment is suitable for nail polish, lip gloss, and other areas where a sparkling effect is desired.

SERISOFT® is a range of color composites based on sericite and various surface treatments. Serisofts are also available without the colorants. The non-colored Serisofts can be used as texturizers and fillers in formulations containing Serisoft® colors. Serisofts have a soft and smooth skin feel. Sericite is a mineral with similar shape and composition as muscovite mica, but in comparison with traditional mica based composites, Serisofts give softer and more transparent application and they appear whiter. Serisoft® products are platelet shaped particles giving good skin adherence. As the particles are platelet shaped and sized between 5-15 microns, Serisofts provide a matte appearance upon application. In addition to the standard colors and surface treatments, custom tailored Serisoft® products are available upon request. Information on the surface treatments is available on our separate surface treatment guide. To see the full range of colors available, please refer to our product catalog or web site.

SERISOFT® is a range of color composites based on sericite and various surface treatments. Serisofts are also available without the colorants. The non-colored Serisofts can be used as texturizers and fillers in formulations containing Serisoft® colors. Serisofts have a soft and smooth skin feel. Sericite is a mineral with similar shape and composition as muscovite mica, but in comparison with traditional mica based composites, Serisofts give softer and more transparent application and they appear whiter. Serisoft® products are platelet shaped particles giving good skin adherence. As the particles are platelet shaped and sized between 5-15 microns, Serisofts provide a matte appearance upon application. Serisoft® WL 12 ZP surface-treatmenti s based on modified corn starch, polyquaternium-10, phenoxyethanol, methylparaben, butylparaben, ethylparaben, propylparaben and isobutylparaben.