Mica (31-55%) & Titanium dioxide (43-60%) & Tin oxide (0-1%) & Ferric ferrocyanide (3-8%) & Carmine (0.5-3%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual... view more

Mica (41-61%) & Titanium dioxide (20-30%) & Tin oxide (0-1%) & Iron Oxide (19-28%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and... view more

Mica (57-70%) (and) Titanium dioxide (9-15%) (and) Iron Oxide (21-28%). PRESTIGE Beige by Sudarshan Chemical Industries acts as a pigment. It is based on natural mica, it opens up an endless variety... view more

Mica (43-54%) & Titanium dioxide (46-57%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and uniquely elegant... view more

Mica (52-69%) & Titanium dioxide (17-27%) & Tin oxide(0-1%) & Iron oxide (14-20%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and... view more

Mica (50-60%) & Titanium dioxide (40-50%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and uniquely elegant... view more

Mica (62-73%) & Iron dioxide (27-38%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and uniquely elegant... view more

Mica (55-66%) & Iron dioxide (34-45%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and uniquely elegant... view more

Mica (53-64%) & Iron dioxide (36-47%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and uniquely elegant... view more

Mica (59-67%) & Titanium dioxide (33-41%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and uniquely elegant... view more

Mica (46-56%) & Titanium dioxide (44-54%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and uniquely elegant... view more

Mica (56-67%) & Titanium dioxide (30-38%) & Iron oxide (3-6%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive... view more

Mica (58-69%) & Titanium dioxide (31-41%) & Tin oxide (0-1%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and... view more

Mica (55-66%) & Titanium dioxide (34-44%) & Tin oxide (0-1%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and... view more

Mica (58-66%) & Titanium dioxide (34-42%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and uniquely elegant... view more

Mica (56-64%) & Titanium dioxide (36-44%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and uniquely elegant... view more

Mica (69-77%) & Titanium dioxide (23-31%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and uniquely elegant... view more

Mica (68-77%) & Titanium dioxide (23-31%) & Tin oxide(0-1%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and... view more

Mica (50-66%) & Titanium dioxide (30-38%) & Iron oxide (4-12%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive... view more

Mica (53-63%) & Titanium dioxide (37-47%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and uniquely elegant... view more

Mica (56-67%) & Titanium dioxide (33-44%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and uniquely elegant... view more

Mica (50-61%) & Titanium dioxide (39-50%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and uniquely elegant... view more

Mica (28-43%) & Titanium dioxide (52-60%) & Tin oxide (0-1%) & Ferric ferrocyanide (4-8%) & Iron oxide (1-6%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual... view more

Mica (47-58%) & Titanium dioxide (42-53%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and uniquely elegant... view more

Mica (72-88%) & Titanium dioxide (9-17%) & Iron oxide (3-11%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive... view more

Mica (85-95%) & Titanium dioxide (5-15%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and uniquely elegant... view more

Mica (51-62%) & Titanium dioxide (38-49%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and uniquely elegant... view more

Mica (38-49%) & Titanium dioxide (51-62%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and uniquely elegant... view more

Mica (47-63%) & Titanium dioxide (47-63%) & Iron oxide (3-9%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive... view more

Mica (50-62%) & Titanium dioxide (38-49%) & Tin oxide(0-1%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and... view more

Mica (43-55%) & Titanium dioxide (45-56%) & Tin oxide(0-1%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and... view more

Mica (50-61%) & Titanium dioxide (39-50%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and uniquely elegant... view more

Mica (49-60%) & Titanium dioxide (40-51%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and uniquely elegant... view more

Mica (40-55%) & Titanium dioxide (43-56%) & Tin oxide (0-1%) & Carmine (0.5-3%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and... view more

Mica (31-44%) & Titanium dioxide (52-60%) & Tin oxide (0-1%) & Ferric ferrocyanide (4-8%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the... view more

Mica (31-42%) & Titanium dioxide (58-68%) & Tin oxide (0-1%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and... view more

Mica (39-50%) & Titanium dioxide (50-60%) & Tin oxide (0-1%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and... view more

Mica (29-40%) & Titanium dioxide (60-70%) & Tin oxide (0-1%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and... view more

Mica (35-46%) & Titanium dioxide (54-64%) & Tin oxide (0-1%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and... view more

Mica (58-66%) & Titanium dioxide (34-42%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and uniquely elegant... view more

Mica (34-45%) & Titanium dioxide (55-65%) & Tin oxide (0-1%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and... view more

Mica (36-47%) & Titanium dioxide (53-63%) & Tin oxide (0-1%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and... view more

Mica (67-74%) & Titanium dioxide (26-33%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and uniquely elegant... view more

Mica (67-74%) & Titanium dioxide (26-32%) & Tin oxide (0-1%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and... view more

Mica (31-52%) & Titanium dioxide (15-25%) & Iron oxide (33-43%) & Tin oxide (0-1%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and... view more

Mica (30.6-51.8%) & Titanium dioxide (15-24.7%) & Iron oxide (32.9-42.5%) & Tin oxide (0-1%) & Triethoxy caprylylsilane (0.3-1.2%). Acts as a pigment. Based on natural mica, it opens up an endless... view more

Mica (36-47%) & Iron oxide (53-64%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and uniquely elegant... view more

Mica (35.6-46.9%) & Iron oxide (52.8-63.2%) & Triethoxy caprylylsilane (0.3-1.2%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and... view more

Mica (29-38%) & Iron oxide (62-71%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and uniquely elegant... view more

Mica (28.7-37.9%) & Iron oxide (61.8-70.1%) & Triethoxy caprylylsilane (0.3-1.2%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and... view more

Mica (27-40%) & Iron oxide (60-73%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and uniquely elegant... view more

Mica (26.7-39.9%) & Iron oxide (59.8-72.1%) & Triethoxy caprylylsilane (0.3-1.2%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and... view more

Mica (28-39%) & Titanium dioxide (61-71%) & Tin oxide (0-1%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and... view more

Mica (28.6-39.9%) & Titanium dioxide (59.8-69.2%) & Tin oxide (0-1%) & Triethoxy caprylylsilane (0.3-1.2%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects... view more

Mica (24-35%) & Titanium dioxide (65-75%) & Tin oxide (0-1%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and... view more

Mica (23.7-34.9%) & Titanium dioxide (64.8-74.1%) & Tin oxide (0-1%) & Triethoxy caprylylsilane (0.3-1.2%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects... view more

Mica (23-34%) & Titanium dioxide (66-76%) & Tin oxide (0-1%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and... view more

Mica (22.7-33.9%) & Titanium dioxide (65.8-75.1%) & Tin oxide (0-1%) & Triethoxy caprylylsilane (0.3-1.2%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects... view more

Mica (24-37.5%) & Titanium dioxide (62-72%) & Tin oxide (0-1%) & Carmine (0.5-3%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and... view more

Mica (42-54%) (and) Titanium dioxide (46-57%) (and) Tin oxide (0-1%). PRESTIGE Soft Silver by Sudarshan Chemical Industries acts as a pigment. It is based on natural mica, it opens up an endless... view more

Mica (41.5-53.8%) & Titanium dioxide (45.9-56.3%) & Tin oxide (0-1%) & Triethoxy caprylylsilane (0.3-1.2%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects... view more

Mica (58-70%) & Titanium dioxide (30-41%) & Tin oxide (0-1%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and... view more

Mica (63-77%) & Titanium dioxide (21-30%) & Iron oxide (1-5%) & Carmine (1-3%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend... view more

Mica (67-78%) & Titanium dioxide (22-32%) & Tin oxide (0-1%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and... view more

Mica (56-68%) & Titanium dioxide (32-43%) & Tin oxide (0-1%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and... view more

Mica (64-76%) & Titanium dioxide (22-30%) & Iron oxide (2-6%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive... view more

Mica (65-76%) & Titanium dioxide (24-34%) & Tin oxide (0-1%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and... view more

Mica (63-80%) (and) Titanium dioxide (16-26%) (and) Iron oxide (4-11%) (and) Tin oxide (0-1%). PRESTIGE Sparkling Pure Gold by Sudarshan Chemical Industries acts as a pigment. It creates... view more

Mica (65-76%) & Titanium dioxide (24-34%) & Tin oxide (0-1%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and... view more

Mica (75-85%) & Titanium dioxide (15-25%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and uniquely elegant... view more

Mica (60-72%) & Titanium dioxide (28-39%) & Tin oxide (0-1%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and... view more

Mica (48-58%) & Titanium dioxide (37-43%) & Iron oxide (5-9%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive... view more

Mica (25-53%) & Titanium dioxide (19-33%) & Iron oxide (28-42%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive... view more

Mica (34-44%) & Iron oxide (56-66%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and uniquely elegant... view more

Mica (25-35%) & Iron oxide (65-75%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and uniquely elegant... view more

Mica (46-57%) & Titanium dioxide (43-54%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and uniquely elegant... view more

Mica (52-63%) & Titanium dioxide (37-48%). Acts as a pigment. Based on natural mica, it opens up an endless variety of visual effects that catch the eye and lend an attractive and uniquely elegant... view more

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

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

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

Mica (68-80%) & Titanium dioxide (5-11%) & Iron (III) oxide (15-21%). Acts as a pigment. It is readily oriented into parallel layers because of its lamellar shape. Incident light is partially... view more

Mica (71-83%) & Titanium Dioxide (19-27%). 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 (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

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

Mica (59-71%) & Iron (III) oxide (30-40%). 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

Mica (64-76%) & Titanium Dioxide (12-18%) & Iron (III) Oxide (12-18%). Acts as a pigment. It is readily oriented into parallel layers because of its lamellar shape. Incident light is partially... view more

Mica (72-84%) & Titanium Dioxide (16-22%) & 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 (72-84%) & Titanium Dioxide (8-14%) & Iron (III) Oxide (15-21%). Acts as a pigment. It is readily oriented into parallel layers because of its lamellar shape. Incident light is 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 (72-84%) & Titanium Dioxide (1-7%) & Iron (III) Oxide (8-14%). Acts as a pigment. It is readily oriented into parallel layers because of its lamellar shape. Incident light is partially... view more

Mica (66-78%) & Titanium Dioxide (24-32%). 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 (72-84%) & Titanium Dioxide (16-22%) & 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 (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... view more

Synthetic Fluorphlogopite (48-60%) & Titanium Dioxide (40-52%). Acts as a pigment. It is readily oriented into parallel layers because of its lamellar shape. Incident light is partially reflected... view more

Mica (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 and partially... view more

Mica (30-40%) & Titanium Dioxide (58-70%). 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 (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

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 (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 (39-51%) & Titanium Dioxide (49-61%). 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 (71-83%) & Titanium Dioxide (20-26%). 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%) & Titanium Dioxide (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 (25-35%) & Titanium Dioxide (65-77%). 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 (63-75%) & Titanium Dioxide (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 (47-59%) & Titanium Dioxide (41-53%). 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 (35-47%) & Titanium Dioxide (53-65%). 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 (23-29%). 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 (52-64%) & Titanium Dioxide (36-48%). 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 (54-66%) & 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 and partially... view more

Mica (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 and partially... view more

Mica (52-64%) & Titanium Dioxide (36-48%). 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 (33-43%) & Titanium Dioxide (56-68%). 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 (66-78%) & Titanium Dioxide (24-32%). 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 (26-34%) & Iron (III) Oxide (3-9%). Acts as a pigment. It is readily oriented into parallel layers because of its lamellar shape. Incident light is partially... view more

Mica (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 and partially... view more

Mica (40-52%) & Iron (III) oxide (48-60%). 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 (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

Mica (48-60%) & Titanium Dioxide (35-47%) & Iron (II,III) oxide (3-9%). Acts as a pigment. It is readily oriented into parallel layers because of its lamellar shape. Incident light is partially... view more

Mica (52-64%) & Titanium Dioxide (31-41%) & Iron (III) oxide (1-5%) & Iron (II,III) oxide (1-7%). Acts as a pigment. It is readily oriented into parallel layers because of its lamellar shape... view more

Mica (59-71%) & Iron (III) oxide (24-34%) & Iron (II,III) oxide (3-9%). Acts as a pigment. It is readily oriented into parallel layers because of its lamellar shape. Incident light is partially... view more

Mica (54-66%) & Iron (III) oxide (29-39%) & Iron (II,III) oxide (3-9%). Acts as a pigment. It is readily oriented into parallel layers because of its lamellar shape. Incident light is partially... view more

Mica (52-64%) & Titanium Dioxide (31-41%) & Iron (II,III) oxide (3-9%). Acts as a pigment. It is readily oriented into parallel layers because of its lamellar shape. Incident light is partially... view more

Mica (45-57%) & Titanium Dioxide (37-49%) & Iron (II,III) oxide (3-9%). Acts as a pigment. It is readily oriented into parallel layers because of its lamellar shape. Incident light is partially... view more

Mica (49-61%) & Iron (III) oxide (34-44%) & Iron (II,III) oxide (3-9%). Acts as a pigment. It is readily oriented into parallel layers because of its lamellar shape. Incident light is partially... view more

Mica (49-61%) & Titanium Dioxide (34-44%) & Iron (II,III) oxide (3-9%). Acts as a pigment. It is readily oriented into parallel layers because of its lamellar shape. Incident light is partially... view more

Mica (48-60%) & Titanium Dioxide (35-45%) & Iron (II,III) oxide (3-9%). Acts as a pigment. It is readily oriented into parallel layers because of its lamellar shape. Incident light is partially... 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

Synthetic Fluorphlogopite (52-64%) & Titanium Dioxide (36-48%). Acts as a pigment. It is readily oriented into parallel layers because of its lamellar shape. Incident light is partially reflected... view more

Yellow iron oxide (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... view more