Products in Cosmetic Ingredients: Face Powder

Rosemary CO2-TO Extract Camphor Type is a brown color with a pasty consistency. It is produced by supercritical fluid extraction with natural carbon dioxide, no solvent residues, no inorganic salts, no heavy metals and no reproducible microorganisms. Ideal for application in cosmetic products such as creams and bath oils, as well as in the flavor industry as spice in food.

Camomile Flower CO2-TO Extract (organic) is green-brown colored liquid at 40ºC with a fine camomile-like smell. This product is produced by supercritical fluid extraction with natural carbon dioxide, no inorganic salts, no solvent residues, no heavy metals and no reproducible microorganisms. Applications include antiphlogisticum, spasmolyticum, carminativum [3], in skin care products and in natural remedies.

Ganzpearl® GMX-0810 is a highly transparent spherical powder that provides soft focus/optical blurring effects. Added benefits include good heat and solvent resistance. Average particle size: 8µm

Sericite SL-012 is a hydrophobic surface treated sericite. It spreads easily and uniformly on the skin while providing good skin adhesion. This grade is a fine, white-gray powder with a soft smooth silky matte finish. Average particle size: 4.7 µm.

Anybes Nylon-12 is a white spherical powder that has an ultra-soft feel with excellent skin adhesion and whiteness. It has applications in foundation, face powder, lipstick, mascara, shaving lotion and skincare products.

Flavex Camomile Extract is a supercritical fluid extraction with natural carbon dioxide, no inorganic salts, no solvent residues, no heavy metals, no reproducible microorganisms.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

The Kleasol range offers tailored solutions for application areas requiring transparency.

Hydrophobically modified sericite mica for use as a bulking agent in powder formulations. Offers ease of use, better flow properties and overall cosmetic appeal.

Sisterna SP01-C is a non-ionic surfactant sucrose polystearate. Being based on sucrose and vegetable fatty acids, Sisterna® sucrose esters are a unique range of natural, PEG-free non-ionic emulsifiers providing an exceptional skin-feel as well as improve smoothness, emolliency and moisture level to te skin. Not only are they used in the personal care industry, they are also approved and widely used in the food industry. In addition, Sisterna® sucrose esters can offer other unique benefits to personal care formulations

SA/SAT is the Ultimate Patented Silicone treatment for application to cosmetic pigments and substrates and is composed of Bonded Dimethicone. Bonded Dimethicone treated products have many advantages compared to materials that are either treated with conventional Methyl Hydrogen Polysiloxane (MHPS), or simply mixed with Dimethylpolysiloxane fluid (DMPS). While many other types of treatments may dull pearlescent pigments, SA/SAT Treatment brings out their natural luster and shine.

ACT is a hybrid surface treatment consisting of vegetable derived amino acid, fatty acid metal soap and silane. Each component provides unique properties that synergistically make the ACT treatment one of the most effective treatments developed to date. (USP 6,482,441.) ACT treatment is applied to pigments and cosmetic substrates using Miyoshi America’s proprietary unique process, which allows for micronization and uniform surface treatment of individual particles

ACT is a hybrid surface treatment consisting of vegetable derived amino acid, fatty acid metal soap and silane. Each component provides unique properties that synergistically make the ACT treatment one of the most effective treatments developed to date. (USP 6,482,441.) ACT treatment is applied to pigments and cosmetic substrates using Miyoshi America’s proprietary unique process, which allows for micronization and uniform surface treatment of individual particles