Multi Color Mica Pigment Powders

Kolortek Multicolor Series (often referred to as Candy Color Series) provides a vibrant spectrum of pre-colored pearlescent pigments, including red, orange, yellow, green, blue, and violet. By integrating high-intensity organic or inorganic colorants onto a mica base, these pigments deliver a "color + luster" dual effect. Unlike shifting pigments, this series maintains a consistent, saturated hue from all angles, providing a brilliant alternative to traditional dye-based metallic finishes.

KT-6025 is a True Red natural mica pearlescent pigment in the 10–60μm particle size range — a colored mica grade from the KT-6000 Multicolor Series, produced by depositing a light-absorbing red colorant layer on a TiO₂-coated mica substrate. The result is a dual-effect visual: a silver-white reflection at the specular viewing angle and a saturated red absorption color at side and diffuse angles. At 10–60μm, KT-6025 suits coatings, nail lacquer, decorative applications, soap, and epoxy systems where a clean, high-chroma red pearlescent effect is required across a range of substrates.

KT-6040 is an Ocean Blue natural mica pearlescent pigment — a colored mica grade from the KT-6000 Multicolor Series that produces a rich ocean blue absorption color at side and diffuse viewing angles, with a silver-white specular reflection at the direct reflection angle. At the standard 10–60μm particle size, it delivers a balanced blue pearl shimmer for coatings, nail lacquer, soap, epoxy systems, and decorative applications. Multiple particle size grades are available — from 5–25μm for printing inks and fine cosmetics to 30–150μm for bold sparkle in epoxy and craft resin — making Ocean Blue adaptable across a broad range of application methods and visual targets.

KT-6057 is a Flash Green natural mica pearlescent pigment in the 10–100μm particle size range — the coarser-format green grade in the KT-6000 Multicolor Series, optimized for applications where visible individual-platelet green sparkle is required alongside the silver specular reflection characteristic of the series. The 10–100μm distribution spans both the fine fraction (contributing green pearl background coverage) and the coarse fraction (contributing visible individual flash points) — producing a green pearl surface with pronounced sparkle that the standard 10–60μm grade does not achieve at equivalent loading. Epoxy flooring, decorative coatings, nail lacquer, and craft resin are the primary application contexts.

KT-7059 is a Bright Red synthetic mica pearlescent pigment in the coarse 30–150μm particle size range — a Fluorphlogopite-based colored mica grade from the KT-7000 series that delivers a bold red glitter sparkle effect with a silver-white specular reflection. The 30–150μm distribution positions KT-7059 firmly in the glitter-sparkle end of the spectrum: individual platelet reflections are clearly visible at normal viewing distances, making it well-suited for epoxy flooring, resin art, craft applications, nail lacquer, and decorative coatings where maximum red sparkle impact is the design target. The synthetic Fluorphlogopite substrate provides higher purity and fewer dark mineral inclusions than the natural mica equivalent.

KT-7405 Synstar Red Blue is a synthetic Fluorphlogopite mica pearlescent pigment in the 10–60μm particle size range that produces a dual red-blue absorption color alongside a silver-white specular reflection — a color-complex grade that sits outside the standard single-hue range of the KT-7000 Multicolor Series. 

KT-7419A is a Flash Purple synthetic Fluorphlogopite mica pearlescent pigment in the 10–100μm particle size range — the coarser flash-grade variant of KT-7419 Synstar Purple, designed for applications where visible individual-platelet purple sparkle is required alongside background pearl coverage. 

KT-7423 Synstar Orange is a synthetic Fluorphlogopite mica pearlescent pigment in the standard 10–60μm particle size range that delivers a warm orange absorption color at side and diffuse viewing angles alongside a silver-white specular reflection at the direct angle