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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, drying and milling. It is easy dispersing grade. Offers closely controlled mass color, tint, and strength combined with the advantages of easy dispersion properties. It performs in a cost effective manner when dispersed on high speed mixing equipment, producing high Hegman readings, and full color development. 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, drying and milling. It is easy dispersing grade. Offers closely controlled mass color, tint, and strength combined with the advantages of easy dispersion properties. It performs in a cost effective manner when dispersed on high speed mixing equipment, producing high Hegman readings, and full color development. 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, drying and milling. It is easy dispersing grade. Offers closely controlled mass color, tint, and strength combined with the advantages of easy dispersion properties. It performs in a cost effective manner when dispersed on high speed mixing equipment, producing high Hegman readings, and full color development. 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, drying and milling. It is easy dispersing grade. Offers closely controlled mass color, tint, and strength combined with the advantages of easy dispersion properties. It performs in a cost effective manner when dispersed on high speed mixing equipment, producing high Hegman readings, and full color development. 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, drying and milling. It is easy dispersing grade. Offers closely controlled mass color, tint, and strength combined with the advantages of easy dispersion properties. It performs in a cost effective manner when dispersed on high speed mixing equipment, producing high Hegman readings, and full color development. Ferrispec FP YO-6087 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 purification through washing, drying and milling. It is easy dispersing grade. Offers closely controlled mass color, tint, and strength combined with the advantages of easy dispersion properties. Ferrispec FP YO-6087 performs in a cost effective manner when dispersed on high speed mixing equipment, producing high Hegman readings, and full color development. 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 purification through washing, drying and milling. It is easy dispersing grade. Offers closely controlled mass color, tint, and strength combined with the advantages of easy dispersion properties. Ferrispec FP YLO-1888D performs in a cost effective manner when dispersed on high speed mixing equipment, producing high Hegman readings, and full color development. 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, drying and milling. It is easy dispersing grade. Offers closely controlled mass color, tint, and strength combined with the advantages of easy dispersion properties. It performs in a cost effective manner when dispersed on high speed mixing equipment, producing high Hegman readings, and full color development. Ferrispec FP YLO-3288D by Huntsman is a 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, drying and milling. It is easy dispersing grade. Ferrispec FP YLO-3288D offers closely controlled mass color, tint, and strength combined with the advantages of easy dispersion properties. It performs in a cost effective manner when dispersed on high speed mixing equipment, producing high Hegman readings, and full color development. Ferrispec FP YLO-2288D 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 purification through washing, drying and milling. It is easy dispersing grade. Ferrispec FP YLO-2288D offers closely controlled mass color, tint, and strength combined with the advantages of easy dispersion properties. It performs in a cost effective manner when dispersed on high speed mixing equipment, producing high Hegman readings, and full color development.
Ferrispec FP
Polymer additives supplied by Huntsman