Ti-Pure™

Ti-Pure™ R-706 by Chemours is a rutile titanium dioxide. It is manufactured by the chloride process and delivers high gloss and super durability in coatings. It is suitable for solvent and... view more

Ti-Pure™ R-902+ by Chemours is a multi-purpose rutile titanium dioxide manufactured by the chloride process. Shows excellent balance of chalk resistance, hiding and gloss with outstanding dispersion... view more

Ti-Pure™ R-746 by Chemours is multipurpose rutile titanium dioxide slurry of Ti-Pure™ R-706. It is manufactured by the chloride process. Offers high gloss, good hiding and excellent durability. It... view more

Ti-Pure™ TS-6300 by Chemours is a highly surface treated, rutile titanium dioxide pigment. It is manufactured by the chloride process and provides high hiding power, brightness and quality... view more

Ti-Pure™ TS-6200 by Chemours is a rutile titanium dioxide pigment manufactured by chloride process. Offers excellent gloss retention, coupled with unique dispersing capabilities and very good... view more

Ti-Pure™ R-741 by Chemours is a titanium dioxide pigment. It is manufactured by slurrying Ti-Pure™ R-931 with water and dispersants under conditions that optimize the paint performance of the... view more

Ti-Pure™ R-900 by Chemours is a general-purpose, rutile titanium dioxide pigment manufactured by the chloride process. Exhibits good gloss, high hiding power and excellent dispersion. It is suitable... view more

Ti-Pure™ R-960 by Chemours is a rutile titanium dioxide pigment. Exhibits excellent exterior durability, outstanding chalk resistance, very good dispersion with excellent hiding power and color... view more

Ti-Pure™ TS-6700 by Chemours is a high performance rutile titanium dioxide pigment produced by the chloride process. It is TMP- & TME-free grade made with 100% renewable electricity that allows a... view more

Ti-Pure™ R-796+ by Chemours is a versatile, high brightness, titanium dioxide-based rutile pigment manufactured using the chloride process. It exhibits excellent opacity and retention in a variety... view more