Micronized white pigment based on an anatase titanium dioxide. Used in primers, mastic compounds, undercoats, fillers and extenders, mineral bound plasters, road-marking paints, lime paints and...
Micronized white pigment based on a titanium dioxide (anatase/rutile blend). Offers low water absorption. Provides high scattering power for optimized dry and wet opacity in paper. Possesses low...
Titanium dioxide pigment. Used in primers and anti-corrosion protection
systems, top coats, wood paints and coatings for industrial applications, can coating and power-coating systems. Possesses high...
Micronized white pigment based on a rutile titanium dioxide. Used in road-marking paints and interior emulsion paints. Offers high scattering and lightening powers. Provides high dry and wet opacity.
Stabilized, inorganically coated and micronized rutile pigment. Used in printing inks for laminate paper. Offers very good dispersibility in aqueous systems, high degree of whiteness and scattering...
Highly durable, lattice-stabilized, surface-coated micronized rutile pigment. Used in high quality coating systems and in aqueous and conventional decorative and industrial paints. Offers very good...
Rutile titanium dioxide, micronized white pigment. Possesses high scattering power, brilliant gloss, very good weather stability and very good dispersibility. Used both in air drying and in stove...
Rutile titanium dioxide, micronized white pigment. Offers high scattering and lightening powers. Provides high dry and wet opacity. Exhibits low water absorption, thus particularly suitable for...
Micronized white pigment based on a rutile titanium dioxide, inorganically coated. Offers extremely good wetting and dispersion performance in aqueous medium. Possesses high whiteness and scattering...
Titanium dioxide pigment belongs to a group of modern alumina-silica-polyol surface treated multipurpose rutile grades. Possesses high outdoor durability, very good dispersibility and very good...
Alumina-zirconia surface treated rutile titanium dioxide pigment. Combines outstanding outdoor durability with very good optical properties, i.e. high brightness and tint reducing power, opacity, very...
Heavily alumina-silica surface treated rutile titanium dioxide pigment. Shows very good dispersibility, hiding and tint reducing power in matt printing inks and in highly pigmented decorative latex...
Alumina-silica surface treated rutile titanium dioxide pigment. Shows high outdoor durability, easy dispersibility and very good optical properties in reverse printing and lamination inks as well as...
Alumina surface treated rutile titanium dioxide pigment. Shows good outdoor durability and high gloss. Possesses optimized optical properties and low abrasion which result from easy dispersibility and...
Alumina surface treated rutile titanium dioxide pigment. Shows good outdoor durability and very good high gloss. Possesses high gloss, tint reducing power and opacity as well as low abrasion which...
Alumina-polyol surface treated rutile titanium dioxide pigment. Shows good outdoor durability and very good high gloss. Possesses high gloss, tint reducing power and opacity as well as low abrasion...
Aqueous dispersion of rutile titanium dioxide pigment. Specifically designed for paper applications: paper and paper board coatings and wet-end additions.
Outstandingly dispersed sedimentation-proof aqueous titanium dioxide suspension prepared from a rutile pigment. Particularly suitable for use as a coating pigment in the paper industry. Exhibits...
Outstandingly dispersed sedimentation-proof aqueous titanium dioxide suspension prepared from a rutile pigment. Particularly suitable for use as a coating pigment in the paper industry. Exhibits...
Surface treated ultrafine rutile titanium dioxide. Developed specially to impart very good exterior durability and UV protection. Possesses a small particle size and a narrow particle size...
Surface treated ultrafine rutile titanium dioxide. Possesses very narrow particle size distribution and very good dispersibility. Meets the highest demands for exterior durability and UV protection....
