Mica (53-65%) (and) Titanium Dioxide (35-47%). Sumicos™ Iridescent Pink by Sudarshan Chemical Industries acts as a pigment. It is readily oriented into parallel layers because of its lamellar shape... view more

Synthetic Fluorphlogopite (85-97%) & Titanium Dioxide (6-12%). Acts as a pigment. It is readily oriented into parallel layers because of its lamellar shape. Incident light is partially reflected and... view more

CI 77499 (100%). Acts as a pigment. It is readily oriented into parallel layers because of its lamellar shape. Incident light is partially reflected and partially transmitted through the pigment... view more

Synthetic Fluorphlogopite (51-63%) & Titanium Dioxide (37-49%). Acts as a pigment. It is readily oriented into parallel layers because of its lamellar shape. Incident light is partially reflected... view more

Mica (54-66%) & Titanium dioxide (32-42%) & Iron (III) oxide (1-6%). Acts as a pigment. It is readily oriented into parallel layers because of its lamellar shape. Incident light is partially... view more

Mica (63-75%) & Iron (III) oxide (26-36%). Acts as a pigment. It is readily oriented into parallel layers because of its lamellar shape. Incident light is partially reflected and partially... view more

Mica (48-60%) & Iron (III) oxide (40-52%). Acts as a pigment. It is readily oriented into parallel layers because of its lamellar shape. Incident light is partially reflected and partially... view more

Mica (73-85%) & Iron (III) oxide (17-25%). Acts as a pigment. It is readily oriented into parallel layers because of its lamellar shape. Incident light is partially reflected and partially... view more

Synthetic Fluorophlogopite (63-75%) & Iron (III) oxide (26-36%). Acts as a pigment. It is readily oriented into parallel layers because of its lamellar shape. Incident light is partially reflected... view more

Mica (58-70%) & Iron (III) oxide (31-41%). Acts as a pigment. It is readily oriented into parallel layers because of its lamellar shape. Incident light is partially reflected and partially... view more

Mica (42-54%) & Iron (III) oxide (45-57%). Acts as a pigment. It is readily oriented into parallel layers because of its lamellar shape. Incident light is partially reflected and partially... view more

Mica (68-80%) & Iron (III) oxide (22-30%). Acts as a pigment. It is readily oriented into parallel layers because of its lamellar shape. Incident light is partially reflected and partially... view more

Synthetic Fluorophlogopite (58-70%) & Iron (III) oxide (31-41%). Acts as a pigment. It is readily oriented into parallel layers because of its lamellar shape. Incident light is partially reflected... view more

Synthetic Fluorphlogopite (79-91%) & Titanium Dioxide (12-18%). Acts as a pigment. It is readily oriented into parallel layers because of its lamellar shape. Incident light is partially reflected... view more

Mica (58-70%) & Titanium Dioxide (26-36%) & Ferric Ferrocyanide (2-8%). Acts as a pigment. It is readily oriented into parallel layers because of its lamellar shape. Incident light is partially... view more

Mica (62-74%) & Titanium Dioxide (23-31%) & Ferric Ferrocyanide (2-8%). Acts as a pigment. It is readily oriented into parallel layers because of its lamellar shape. Incident light is partially... view more

Mica (60-72%) & Titanium Dioxide (25-33%) & Ferric Ferrocyanide (2-8%). Acts as a pigment. It is readily oriented into parallel layers because of its lamellar shape. Incident light is partially... view more

Mica (64-76%) & Titanium Dioxide (21-29%) & Ferric Ferrocyanide (2-8%). Acts as a pigment. It is readily oriented into parallel layers because of its lamellar shape. Incident light is partially... view more

Mica (64-76%) & Titanium Dioxide (17-25%) & Iron (III) oxide (7-11%). Acts as a pigment. It is readily oriented into parallel layers because of its lamellar shape. Incident light is partially... view more

Mica (65-77%) & Titanium Dioxide (25-33%). Acts as a pigment. It is readily oriented into parallel layers because of its lamellar shape. Incident light is partially reflected and partially... view more