Calcium Titanium Borosilicate (77-88%) (and) Titanium Dioxide (12-22%) (and) Tin Oxide (0-1%). Glare® Super Glitter Gold GL-7001G by CQV is a pearlescent pigment. It provides uniform surface and... view more

Calcium Titanium Borosilicate (87-98%) (and) Titanium Dioxide (2-12%) (and) Tin Oxide (0-1%). Glare® Super Sparkle White GL-9001G by CQV is a white pearlescent pigment. It protects high level of... view more

Synthetic Fluorphlogopite (49-65%) (and) Titanium Dioxide (30-40%) (and) Iron Oxide (5-10%) (and) Tin Oxide (0-1%). Blondiee® Brilliant Gold 6001S by CQV is a synthetic mica based pearlescent... view more

Synthetic Fluorphlogopite (35.5-58%) (and) Titanium Dioxide (45-55%) (and) Iron Oxide (6-7%) (and) Ferric Ferrocyanide (1-1.5%) (and) Tin Oxide (0-1%). Blondiee® Brilliant Green 7981S by CQV is a... view more

Synthetic Fluorphlogopite (80-90%) (and) Iron Oxide (10-20%). Blondiee® Crystal Bronze 6200P by CQV is a synthetic mica based pearlescent pigment. It exhibits shimmery, high luster and excellent... view more

Synthetic Fluorphlogopite (77-87%) (and) Iron Oxide (13-23%). Blondiee® Crystal Copper 6400P by CQV is a synthetic mica based pearlescent pigment. It exhibits high luster and excellent... view more

Synthetic Fluorphlogopite (66-81%) (and) Titanium Dioxide (16-26%) (and) Iron Oxide (3-7%) (and) Tin Oxide (0-1%). Blondiee® Crystal Golden 6001P by CQV is a synthetic mica based pearlescent pigment... view more

Synthetic Fluorphlogopite (74-84%) (and) Iron Oxide (16-26%). Blondiee® Crystal Russet 6600P by CQV is a synthetic mica based pearlescent pigment. It exhibits high luster and excellent... view more

Mica (44-63%) (and) Tin Oxide (0-1%) (and) Iron Oxide (18-26%) (and) Titanium Dioxide (19-29%). Blondiee® Fine Gold N-2001D by CQV is a natural mica-based, satiny pearlescent pigment. It is... view more

Synthetic Fluorphlogopite (79-89%) (and) Iron Oxide (11-21%). Blondiee® Glitter Bronze 6200E by CQV is a synthetic mica based pearlescent pigment. It exhibits high luster and excellent... view more

Synthetic Fluorphlogopite (75-85%) (and) Iron Oxide (15-25%). Blondiee® Glitter Copper 6400E by CQV is a synthetic mica based pearlescent pigment. It possesses high luster and excellent... view more

Synthetic Fluorphlogopite (63-78%) (and) Titanium Dioxide (19-29%) (and) Iron Oxide (3-7%) (and) Tin Oxide (0-1%). Blondiee® Glitter Gold 6001E by CQV is a synthetic mica based pearlescent pigment... view more

Synthetic Fluorphlogopite (72-82%) (and) Iron Oxide (18-28%). Blondiee® Glitter Russet 6600E by CQV is a synthetic mica based pearlescent pigment. It exhibits high luster and excellent... view more

Mica (63-77%) (and) Iron Oxide (2-6%) (and) Titanium Dioxide (21-31%). Blondiee® Metallic Glitter Gold N-2000E by CQV is a natural mica-based pearlescent pigment. It is transparent, reflexible and... view more

Mica (55-70%) (and) Iron Oxide (2-7%) (and) Titanium Dioxide (28-38%). Blondiee® Metallic Gold N-2000S by CQV is a shimmery, natural mica-based pearlescent pigment. It is transparent, reflexible and... view more

Mica (59-73%) (and) Iron Oxide (4-8%) (and) Titanium Dioxide (23-33%). Blondiee® Metallic Super Gold N-2002S by CQV is a natural mica-based pearlescent pigment. It is transparent, reflexible and has... view more

Mica (59-73%) (and) Tin Oxide (0-1%) (and) Iron Oxide (2-5%) (and) Titanium Dioxide (25-35%). Blondiee® Rutile Metallic Gold N-2001S by CQV is a natural mica-based, shimmery pearlescent pigment. It... view more

Mica (55-72%) (and) Tin Oxide (0-1%) (and) Iron Oxide (14-22%) (and) Titanium Dioxide (14-22%). Blondiee® Rutile Real Gold N-2003S by CQV is a shimmery, natural mica-based pearlescent pigment. It is... view more

Synthetic Fluorphlogopite (64-74%) (and) Iron Oxide (26-36%). Blondiee® Satin Bronze 6200D by CQV is a synthetic mica based pearlescent pigment. It exhibits high luster and excellent... view more

Mica (55-65%) (and) Iron Oxide (35-35%). Blondiee® Satin Bronze N-2200D by CQV is a natural mica-based, satiny pearlescent pigment. It is transparent, reflexible and has interference-effect by... view more