Mica (64-76%) & Iron (III) oxide (26-34%). 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 (53-65%) & Iron (III) oxide (35-47%). Acts as a pigment. It is readily oriented into parallel layers because of its lamellar shape. Incident light is partially reflected... view more

Mica (59-71%) & Titanium Dioxide (25-33%) & Iron (III) Oxide (3-6%). Acts as a pigment. It is readily oriented into parallel layers because of its lamellar shape. Incident light is partially... view more

Synthetic Fluorphlogopite (68-80%) & Titanium Dioxide (22-28%). 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 (53-65%) & Titanium Dioxide (35-45%). Acts as a pigment. It is readily oriented into parallel layers because of its lamellar shape. Incident light is partially reflected... view more

Mica (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. The... view more

Mica (64-76%) & Titanium Dioxide (23-31%) & 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 (68-80%) & Titanium Dioxide (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

Mica (56-68%) & Titanium Dioxide (33-43%). 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 (83-95%) & Titanium Dioxide (8-14%). 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 (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 and partially... view more

Mica (55-67%) & Titanium Dioxide (34-44%). 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 (74-86%) & Titanium Dioxide (17-23%). 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%) & Titanium Dioxide (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

Mica (42-54%) & Titanium Dioxide (46-58%). 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 (41-53%) & Titanium Dioxide (46-58%). 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 (58-70%) & Titanium Dioxide (28-38%) & 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

Synthetic Fluorphlogopite (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... view more

Mica (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. The... view more

Mica (56-68%) & Titanium Dioxide (18-26%) & Iron (II,III) oxide (13-19%). Acts as a pigment. It is readily oriented into parallel layers because of its lamellar shape. Incident light is partially... view more