Cool Colors® 21-4030 by Ferro is cobalt titanium spinel-based pigment with a bluish shade and high tinting strength. It provides increased service life due to less thermal stress and degradation and... view more

Cool Colors® 21-4045 by Ferro is a cobalt titanate green spinel-based pigment. It offers a light yellow shade that is opaque to visible light with moderate NIR reflectance ("cool" pigment). It... view more

Cool Colors® 22-4400 by Ferro is a cobalt chromite spinel pigment with a turquoise blue, greenish shade. It is opaque to visible light with moderate NIR reflectance ("cool" pigment). It provides... view more

Cool Colors® 22-5070 by Ferro is cobalt chromite blue-green spinel pigment. It is opaque to visible light with moderate NIR reflectance ("cool" pigment). It offers ease of dispersion with excellent... view more

Cool Colors® 22-5091 by Ferro is cobalt aluminate spinel, blue inorganic pigment. It is opaque to visible light with moderate NIR reflectance ("cool" pigment). It provides ease of dispersion with... view more

Cool Colors® 22-5600 by Ferro is a cobalt aluminate blue spinel pigment with a turquoise blue shade and high tinting strength. It exhibits excellent light-, weather-, acid-, alkali- and solvent... view more

Cool Colors® 22-5700 by Ferro is cobalt aluminate blue spinel pigment with a turquoise blue and greenish shade. It is opaque to visible light with moderate NIR reflectance ("cool" pigment). It... view more

Cool Colors® 23-6019 by Ferro is chrome antimony titanium buff rutile pigment with a yellowish shade. It is opaque to visible light with moderate NIR reflectance ("cool" pigment). It offers ease of... view more

Cool Colors® 23-6070 by Ferro is chrome antimony titanium buff rutile inorganic pigment with a yellowish shade. It is opaque to visible light with high NIR reflectance ("cool" pigment). Offers ease... view more

Cool Colors® 24-3095 by Ferro is copper chromite black spinel pigment. It is opaque to visible light and NIR absorbing. It offers ease of dispersion with excellent dimensional stability resulting in... view more