Alumina (52-62%) (and) Iron Oxide (38-48%). Mirinae® A-6400K Splendor Copper by CQV is a brilliant pearlescent pigment. Provides uniform thickness, extremely smooth surface, great sparkling effect... view more

Alumina (65-75%) (and) Iron Oxide (25-35%). Mirinae® A-6400S Brilliant Copper by CQV is a brilliant pearlescent pigment. It has low heavy metal content and provides high color-purity and soft... view more

Alumina (49-51%) (and) Iron Oxide (41-51%). Mirinae® A-6600K Splendor Russet by CQV is a brilliant pearlescent pigment. It has low heavy metal content and provides soft feel and excellent... view more

Alumina (60-70%) (and) Iron Oxide (30-40%). Mirinae® A-6600S Brilliant Russet by CQV is a brilliant pearlescent pigment. Offers uniform thickness, extremely smooth surface, excellent gloss and great... view more

Alumina (53-65%) (and) Titanium Dioxide (34-44%) (and) Tin Oxide (1-3%). Mirinae® A-7001K Splendor Gold by CQV is a brilliant pearlescent pigment. It offers uniform thickness, extremely smooth... view more

Alumina (47-59%) (and) Titanium Dioxide (40-50%) (and) Tin Oxide (1-3%). Mirinae® A-7401K Splendor Red by CQV is a brilliant pearlescent pigment. It offers uniform thickness, extremely smooth... view more

Alumina (47-61%) (and) Titanium Dioxide (37-47%) (and) Tin Oxide (1-3%) (and) Silica (1-3%). Mirinae® A-7801K Splendor Blue by CQV is a brilliant pearlescent pigment. Used in nail enamel, lip... view more

Alumina (62-72%) (and) Titanium Dioxide (25-35%) (and) Tin Oxide (1-5%). Mirinae® A-7801S Brilliant Blue by CQV is a brilliant pearlescent pigment. Offers uniform thickness, extremely smooth... view more

Alumina (46-56%) (and) Titanium Dioxide (38-48%) (and) Tin Oxide (1-5%) (and) Silica (1-5%). Mirinae® A-7805S Brilliant Turquoise by CQV is a brilliant pearlescent pigment. Used in nail enamel... view more

Titanium Dioxide (58-68%) (and) Alumina (29-31%) (and) Tin Oxide (1-3%). Mirinae® A-7901K Splendor Green by CQV is a brilliant pearlescent pigment. It offers uniform thickness, extremely smooth... view more

Titanium Dioxide (44-54%) (and) Alumina (43-53%) (and) Tin Oxide (1-5%). Mirinae® A-7901S Brilliant Green by CQV is a brilliant pearlescent pigment. It offers uniform thickness, extremely smooth... view more

Alumina (76-88%) (and) Titanium Dioxide (12-22%) (and) Tin Oxide (0-2%). Mirinae® A-9001S Brilliant White by CQV is a brilliant pearlescent pigment. Provides extremely smooth surface, excellent... view more

Titanium Dioxide (43-53%) (and) Alumina (36-46%) (and) Silica (6-12%) (and) Tin Oxide (1-3%). Mirinae® Lux A-7009K Gold by CQV is a brilliant pearlescent pigment. It offers uniform thickness... view more

Titanium Dioxide (50-60%) (and) Alumina (31-41%) (and) Silica (5-11%) (and) Tin Oxide (1-3%). Mirinae® Lux A-7409K Red by CQV is a brilliant pearlescent pigment. It offers uniform thickness... view more

Mica (100%). Natural Mica Powder N-1000D by CQV is a functional filler and natural mica-based pearlescent pigment. It is transparent, reflexible and has interference-effect by light. Offers soft... view more

Mica (43-56%) (and) Titanium Dioxide (43-53%) (and) Carmine (1-2%) (and) Tin Oxide (0-1%) (and) Ferric Ferrocyanide (0-1%). Skolor® Anamone Deep Violet SN-5661S by CQV is a pearlescent pigment... view more

Mica (43-55%) (and) Titanium Dioxide (44-54%) (and) Carmine (1-2%) (and) Tin Oxide (0-1%). Skolor® Camellia Duplex R/B SN-5841S by CQV is a shimmery pearlescent pigment. It is coated with small... view more

Mica (45-57%) (and) Titanium Dioxide (42-52%) (and) Carmine (1-2%) (and) Tin Oxide (0-1%). Skolor® Camellia Red SN-5441S by CQV is a pearlescent pigment. It is coated with small particles of... view more

Mica (44-57%) (and) Titanium Dioxide (40-50%) (and) Carmine (2-3%) (and) Iron Oxide (1-2%) (and) Tin Oxide (0-1%). Skolor® Daisy Red SN-5445S by CQV is a shimmery pearlescent pigment. It is coated... view more

Mica (42-54%) (and) Titanium Dioxide (42-52%) Ferric Ferrocyanide (4-5%) (and) Tin Oxide (0-1%). Skolor® Lavandula Blue SN-5889S by CQV is a pearlescent pigment coated with small particles of... view more