metallic pigments

KT-AC810 is an 800-mesh cyan red gold bronze powder delivering smooth, uniform metallic coverage at 3–8% loading. From our experience in decorative coatings and printing inks, this fine-particle copper-zinc alloy provides opaque, true-metal reflection — ideal for packaging, gift wrap, and high-end craft applications where you need consistent gold bronze powder bulk performance without visible flake texture.

The KT-AC220RX through KT-AC1500RX series covers seven red copper metallic grades from 220 to 1500 mesh, formulated for solvent-based and oil-based coating systems. When evaluating a red copper powder sample for a decorative coating application, this particle size range maps from coarse, high-texture metallic finishes down to smooth, high-gloss copper sheens — all sharing the same warm copper/bronze metallic tone. These grades are not compatible with water-based systems due to oxidation sensitivity of the metallic flake substrate.

KT-500 is a Bronze natural mica metallic pigment in the 10–60μm particle size range — a mica flake coated with iron oxide (Fe₂O₃) that produces a warm bronze metallic luster with strong opacifying/concealing properties and high chemical and physical stability. Unlike the KT-300 Gold Series which combines TiO₂ and iron oxide for a pearlescent gold effect, the KT-500 Metal Luster Series uses iron oxide alone on the mica substrate — producing a more opaque, warm metallic character with higher covering power and a distinctly different visual weight. At 10–60μm, KT-500 covers coatings, cosmetics, nail lacquer, soap, epoxy, and decorative craft applications from a single grade.

Kolortek's Metal Luster Pearlescent Pigments are iron oxide-coated mica flakes available in two substrate options: natural mica (KT-500 Series) and synthetic fluorphlogopite (KT-7500 Series). Both deliver warm metallic luster with strong opacity and reliable chemical stability. Color tone is controlled by varying the iron oxide coating thickness, producing a consistent range from gold to deep bronze across multiple particle size grades.