Coloray™

Acts as a pearlescent pigment. It consists of mica flake coated with titanium dioxide and iron oxide. It produces sparkle and brilliant yellowish golden luster. It can be formulated with other... view more

Acts as a pearlescent pigment. It consists of platelets of mica coated with a thin layer of metal oxide and absorption pigments. Produces glittering vivid apple green pearl luster and kinds of color... view more

Acts as a pearlescent pigment. It consists of platelets of mica coated with a thin layer of metal oxide and absorption pigments. Produces glittering bright blue pearl luster and kinds of color... view more

Acts as a pearlescent pigment. It consists of platelets of mica coated with a thin layer of anatase titanium dioxide. When mixed or used together with formal transparent pigments, it creates not... view more

Acts as a pearlescent pigment. It consists of platelets of mica coated with iron oxide. It demonstrates bright bronze metallic luster, in spite of the non-metallic nature of the material itself... view more

Acts as a pearlescent pigment. It consists of platelets of mica coated with iron oxide. It demonstrates bright coffee metallic luster, in spite of the non-metallic nature of the material itself... view more

Acts as a pearlescent pigment. It consists of platelets of mica coated with a thin layer of anatase titanium dioxide. When mixed or used together with formal transparent pigments, it creates not... view more

Acts as a pearlescent pigment. It consists of mica flake coated with titanium dioxide and iron oxide. It produces sparkle and brilliant strong redish golden luster. It can be formulated with other... view more

Acts as a pearlescent pigment. It consists of platelets of mica coated with a thin layer of anatase titanium dioxide. When mixed or used together with formal transparent pigments, it creates not... view more

Acts as a pearlescent pigment. It consists of platelets of mica coated with iron oxide. It demonstrates glitter bronze metallic luster, in spite of the non-metallic nature of the material itself... view more

Acts as a pearlescent pigment. It consists of mica flake coated with titanium dioxide and iron oxide. It produces sparkle and brilliant, glitter reddish golden luster. It can be formulated with... view more

Acts as a pearlescent pigment. It consists of platelets of mica coated with a thin layer of anatase titanium dioxide. When mixed or used together with formal transparent pigments, it creates not... view more

Acts as a pearlescent pigment. It consists of platelets of mica coated with iron oxide. It demonstrates glitter wine red metallic luster, in spite of the non-metallic nature of the material itself... view more

Acts as a pearlescent pigment. It consists of mica flake coated with titanium dioxide and iron oxide. It produces sparkle and brilliant, glitter yellowish golden luster. It can be formulated with... view more

Acts as a pearlescent pigment. It consists of platelets of mica coated with a thin layer of metal oxide and absorption pigments. Produces glittering bright green pearl luster and kinds of color... view more

Acts as a pearlescent pigment. It consists of platelets of mica coated with iron oxide. It demonstrates bright green brown metallic luster, in spite of the non-metallic nature of the material... view more

Acts as a pearlescent pigment. It consists of mica flake coated with titanium dioxide and iron oxide. It produces sparkle and brilliant pale golden luster. It can be formulated with other Coloray... view more

Acts as a pearlescent pigment. It consists of platelets of mica coated with a thin layer of metal oxide and absorption pigments. Produces glittering vivid lemon yellow pearl luster and kinds of... view more

Acts as a pearlescent pigment. It consists of platelets of mica coated with a thin layer of metal oxide and absorption pigments. Produces glittering vivid pure blue pearl luster and kinds of color... view more

Acts as a pearlescent pigment. It consists of platelets of mica coated with a thin layer of metal oxide and absorption pigments. Produces glittering vivid pure green pearl luster and kinds of color... view more

Acts as a pearlescent pigment. It consists of platelets of mica coated with a thin layer of metal oxide and absorption pigments. Produces glittering vivid pearl purple luster and kinds of color... view more

Acts as a pearlescent pigment. It consists of platelets of mica coated with a thin layer of rutile titanium dioxide. It has better weather resistance than anatase type titanium dioxide. When mixed... view more

Acts as a pearlescent pigment. It consists of mica flake coated with titanium dioxide and iron oxide. It produces sparkle and brilliant bright yellowish golden luster. It can be formulated with... view more

Acts as a pearlescent pigment. It consists of platelets of mica coated with iron oxide. It demonstrates bright purple red metallic luster, in spite of the non-metallic nature of the material itself... view more

Acts as a pearlescent pigment. It consists of mica flake coated with titanium dioxide and iron oxide. It produces sparkle and brilliant bright reddish golden luster. It can be formulated with other... view more

Acts as a pearlescent pigment. It consists of mica flake coated with titanium dioxide and iron oxide. It produces sparkle and brilliant 24k gold brilliant luster. It can be formulated with other... view more

Acts as a pearlescent pigment. It consists of platelets of mica coated with a thin layer of metal oxide and absorption pigments. Produces glittering bright red pearl luster and kinds of color... view more

Acts as a pearlescent pigment. It consists of platelets of mica coated with iron oxide. It demonstrates bright red brown metallic luster, in spite of the non-metallic nature of the material itself... view more

Acts as a pearlescent pigment. It consists of platelets of mica coated with a thin layer of metal oxide and absorption pigments. Produces glittering reddish cupreous luster and kinds of color... view more

Acts as a pearlescent pigment. It consists of mica flake coated with titanium dioxide and iron oxide. It produces sparkle and brilliant red golden pearlescent luster. It can be formulated with other... view more

Acts as a pearlescent pigment. It consists of platelets of mica coated with a thin layer of metal oxide and absorption pigments. Produces glittering vivid rich blue pearl luster and kinds of color... view more

Acts as a pearlescent pigment. It consists of platelets of mica coated with a thin layer of metal oxide and absorption pigments. Produces glittering bright black cupreous luster and kinds of color... view more

Acts as a pearlescent pigment. It consists of platelets of mica coated with a thin layer of metal oxide and absorption pigments. Produces glittering vivid rich red pearl luster and kinds of color... view more

Acts as a pearlescent pigment. It consists of platelets of mica coated with a thin layer of metal oxide and absorption pigments. Produces glittering vivid rich violet pearl luster and kinds of color... view more

Acts as a pearlescent pigment. It consists of platelets of mica coated with a thin layer of metal oxide and absorption pigments. Produces glittering vivid rose red pure luster and kinds of color... view more

Acts as a pearlescent pigment. It consists of platelets of mica coated with a thin layer of rutile titanium dioxide. It has better weather resistance than anatase type titanium dioxide. When mixed... view more

Acts as a pearlescent pigment. It consists of mica flake coated with rutile titanium dioxide. Its physical optical interference phenomenon is caused by the light distance gap between the light... view more

Acts as a pearlescent pigment. It consists of platelets of mica coated with iron oxide. It demonstrates soft bronze metallic luster, in spite of the non-metallic nature of the material itself... view more

Acts as a pearlescent pigment. It consists of mica flake coated with rutile titanium dioxide. Its physical optical interference phenomenon is caused by the light distance gap between the light... view more

Acts as a pearlescent pigment. It consists of mica flake coated with titanium dioxide and iron oxide. It produces soft golden pearlescent luster with attractive satin effect. It can be formulated... view more

Acts as a pearlescent pigment. It consists of mica flake coated with rutile titanium dioxide. Its physical optical interference phenomenon is caused by the light distance gap between the light... view more

Acts as a pearlescent pigment. It consists of platelets of mica coated with iron oxide. It demonstrates soft purple red metallic luster, in spite of the non-metallic nature of the material itself... view more

Acts as a pearlescent pigment. It consists of mica flake coated with titanium dioxide and iron oxide. It produces soft reddish golden luster with attractive satin effect. It can be formulated with... view more

Acts as a pearlescent pigment. It consists of mica flake coated with rutile titanium dioxide. Its physical optical interference phenomenon is caused by the light distance gap between the light... view more

Acts as a pearlescent pigment. It consists of platelets of mica coated with iron oxide. It demonstrates soft red brown metallic luster, in spite of the non-metallic nature of the material itself... view more

Acts as a pearlescent pigment. It consists of mica flake coated with titanium dioxide and iron oxide. It produces Soft red golden pearlescent luster with attractive satin effect. It can be... view more

Acts as a pearlescent pigment. It consists of mica flake coated with rutile titanium dioxide. Its physical optical interference phenomenon is caused by the light distance gap between the light... view more

Acts as a pearlescent pigment. It consists of platelets of mica coated with a thin layer of anatase titanium dioxide. When mixed or used together with formal transparent pigments, it creates not... view more

Acts as a pearlescent pigment. It consists of platelets of mica coated with iron oxide. It demonstrates soft wine red metallic luster, in spite of the non-metallic nature of the material itself... view more

Acts as a pearlescent pigment. It consists of mica flake coated with titanium dioxide and iron oxide. It produces soft yellow golden luster with attractive satin effect. It can be formulated with... view more

Acts as a pearlescent pigment. It consists of platelets of mica coated with a thin layer of metal oxide and absorption pigments. Produces glittering bright black silver pearl luster and kinds of... view more

Acts as a pearlescent pigment. It consists of platelets of mica coated with a thin layer of metal oxide and absorption pigments. Produces glittering bright grey silver pearl luster and kinds of... view more

Acts as a pearlescent pigment. It consists of mica flake coated with rutile titanium dioxide. Its physical optical interference phenomenon is caused by the light distance gap between the light... view more

Acts as a pearlescent pigment. It consists of platelets of mica coated with iron oxide. It demonstrates sparkle bronze metallic luster, in spite of the non-metallic nature of the material itself... view more

Acts as a pearlescent pigment. It consists of mica flake coated with rutile titanium dioxide. Its physical optical interference phenomenon is caused by the light distance gap between the light... view more

Acts as a pearlescent pigment. It consists of platelets of mica coated with iron oxide. It demonstrates sparkle purple red metallic luster, in spite of the non-metallic nature of the material... view more

Acts as a pearlescent pigment. It consists of mica flake coated with rutile titanium dioxide. Its physical optical interference phenomenon is caused by the light distance gap between the light... view more

Acts as a pearlescent pigment. It consists of platelets of mica coated with iron oxide. It demonstrates sparkle red brown metallic luster, in spite of the non-metallic nature of the material itself... view more

Acts as a pearlescent pigment. It consists of mica flake coated with rutile titanium dioxide. Its physical optical interference phenomenon is caused by the light distance gap between the light... view more

Acts as a pearlescent pigment. It consists of platelets of mica coated with a thin layer of anatase titanium dioxide. When mixed or used together with formal transparent pigments, it creates not... view more

Acts as a pearlescent pigment. It consists of platelets of mica coated with iron oxide. It demonstrates sparkle wine red metallic luster, in spite of the non-metallic nature of the material itself... view more

Acts as a pearlescent pigment. It consists of platelets of mica coated with a thin layer of rutile titanium dioxide. It has better weather resistance than anatase type titanium dioxide. When mixed... view more

Acts as a pearlescent pigment. It consists of mica flake coated with rutile titanium dioxide. Its physical optical interference phenomenon is caused by the light distance gap between the light... view more

Acts as a pearlescent pigment. It consists of mica flake coated with titanium dioxide and iron oxide. It produces sparkle and brilliant, ultra glitter yellow golden luster. It can be formulated... view more

Acts as a pearlescent pigment. It consists of mica flake coated with rutile titanium dioxide. Its physical optical interference phenomenon is caused by the light distance gap between the light... view more

Acts as a pearlescent pigment. It consists of mica flake coated with titanium dioxide and iron oxide. It produces sparkle and brilliant bright golden pearlescent luster. It can be formulated with... view more

Acts as a pearlescent pigment. It consists of mica flake coated with rutile titanium dioxide. Its physical optical interference phenomenon is caused by the light distance gap between the light... view more

Acts as a pearlescent pigment. It consists of mica flake coated with rutile titanium dioxide. Its physical optical interference phenomenon is caused by the light distance gap between the light... view more

Acts as a pearlescent pigment. It consists of mica flake coated with rutile titanium dioxide. Its physical optical interference phenomenon is caused by the light distance gap between the light... view more

Acts as a pearlescent pigment. It consists of platelets of mica coated with a thin layer of anatase titanium dioxide. When mixed or used together with formal transparent pigments, it creates not... view more

Acts as a pearlescent pigment. It consists of mica flake coated with rutile titanium dioxide. Its physical optical interference phenomenon is caused by the light distance gap between the light... view more

Acts as a pearlescent pigment. It consists of platelets of mica coated with a thin layer of anatase titanium dioxide. When mixed or used together with formal transparent pigments, it creates not... view more

Acts as a pearlescent pigment. It consists of platelets of mica coated with a thin layer of anatase titanium dioxide. When mixed or used together with formal transparent pigments, it creates not... view more

Acts as a pearlescent pigment. It consists of platelets of mica coated with iron oxide. It demonstrates bright wine red metallic luster, in spite of the non-metallic nature of the material itself... view more

Acts as a pearlescent pigment. It consists of mica flake coated with titanium dioxide and iron oxide. It produces sparkle and brilliant yellow golden pearlescent luster. It can be formulated with... view more