MAPICO™ Tan 321T distributed by DKSH is a high performance, heat stable, light tan ferrite pigment. It is produced by the high temperature reaction of iron oxide and zinc oxide (Fe2O3-ZnO). It is... view more

Graphtol® Yellow 3GP by Heubach is an economical greenish yellow pigment (Pigment Yellow 155, CI 200310) with reasonable fastness properties. It possesses high color strength and excellent... view more

Hififast Yellow HF2G by ANSHAN HIFICHEM is a high performance monoazo pigment. It is suitable for injection molding, extrusion and calendaring processing. It offers very stable coloring properties... view more

Hififast Yellow HF2R is a high performance disazo condensation pigment by ANSHAN HIFICHEM. It is designed for extrusion, injection molding and calendaring processing. It provides very stable... view more

Hififast Yellow HF4G is a high performance monoazo pigment by ANSHAN HIFICHEM. It is suitable for injection molding, extrusion and calendaring processing. It shows compatibility with ABS and offers... view more

Hififast Yellow HF4R-P is a high performance isoindoline pigment by ANSHAN HIFICHEM. It shows compatibility with HDPE, PP and POM. It is used in extrusion, injection molding and calendaring process... view more

Hififast Yellow HF5M by ANSHAN HIFICHEM is a high performance benzimidazolone disazo pigment. It provides very stable coloring properties, good migration resistance and outstanding lightfastness. It... view more

Irgazin® Yellow K 2070 by BASF is an organic pigment. It is a stronger and transparent red shade yellow for durable PVC applications. It offers good value in masstone as well as in tint shades as a shading... view more

Yellow iron oxide. Exhibits acicular particle morphology. It is produced using a multi-step process which involves the precipitation of ferric oxyhydroxide followed by purification through washing... view more

Ferrispec FP YLO-1888D by Huntsman is yellow iron oxide. Exhibits acicular particle morphology. It is produced using a multi-step process which involves the precipitation of ferric oxyhydroxide followed by... view more

Yellow iron oxide. Exhibits acicular particle morphology. It is produced using a multi-step process which involves the precipitation of ferric oxyhydroxide followed by purification through washing... view more

Yellow iron oxide. Exhibits acicular particle morphology. It is produced using a multi-step process which involves the precipitation of ferric oxyhydroxide followed by purification through washing... view more

Yellow iron oxide. Exhibits acicular particle morphology. It is produced using a multi-step process which involves the precipitation of ferric oxyhydroxide followed by purification through washing... view more