Blue to Orange Color Shift Pigment, 10–40μm – KT-95204

KT-92230 is a multichrome pigment that shifts through a full blue-purple-red-orange sequence as the viewing angle changes — one of the broadest color-travel arcs we produce in the KT-9000 series. Built on a natural mica substrate with a multi-layer TiO₂/Fe₂O₃/silica/tin oxide coating, it comes in a 25–130 μm particle size that delivers strong angular contrast and high visual impact across automotive finishes, decorative coatings, and specialty printing.

KT-92330 is a multi-layer interference pigment from Kolortek's KT-9000 Magic Chameleon Series, producing a continuous color shift sequence — indigo through purple, red, orange, and yellow — as the viewing angle changes. Built on natural mica coated with TiO₂, silica, and tin oxide, it delivers a high-mirror goniochromatic effect with a 25–130 μm particle size distribution engineered for maximum visual impact. This color shifting pigment powder performs best over dark or black substrates, where the full angular color travel is most legible.

KT-92630 is a large-particle chameleon paint pearl from our KT-9000 Magic Chameleon Series, producing a sequential golden-to-kelly-green-to-blue color travel as the viewing angle shifts. With a 25–130 μm particle range, it delivers high visual impact in automotive custom finishes, decorative coatings, and specialty applications where a pronounced, multi-stop color flip is the goal. The substrate is natural mica with a multi-layer TiO₂/SiO₂/metal-oxide coating that generates the goniochromatic interference effect.

KT-92175 is the large-particle grade of our chameleon pigment for resin, built on a natural mica substrate with a multi-layer TiO₂, silica, and tin oxide coating that produces a continuous cyan-to-blue-to-purple-to-red angle-dependent color shift. At 75–175μm, it is the highest-sparkle option in the KT-9000 Magic Chameleon Series' KT-921** Cyan-Blue-Purple-Red range. Compatible with epoxy and UV resin at loadings of 1–10% by weight, the effect reads strongest on dark or black substrates where the goniochromatic shift has maximum contrast.

KT-92275 is a large-particle duochrome loose pigment from our KT-9000 Magic Chameleon Series, delivering a full blue-purple-red-orange color travel sequence that shifts continuously across the visible spectrum as the viewing angle changes. With a particle size range of 75–175 μm, this grade is engineered specifically for applications where maximum sparkle is the priority — loose eyeshadow, nail art toppers, and high-impact decorative cosmetics where the angular shift needs to read clearly against the skin or a dark base.

KT-92375 is a large-particle ghost chameleon pigment from Kolortek's KT-9000 Magic Chameleon Series, delivering a continuous five-stage color shift — indigo → purple → red → orange → yellow — as the viewing angle changes. Built on natural mica coated with titanium dioxide, silica, and tin oxide, it carries a particle size of 75–175 μm for maximum sparkle. We developed this grade specifically for high-impact automotive finishes, custom coatings, and luxury decorative applications where a dramatic, angle-dependent color shift is the primary design goal.

KT-92475 is a large-particle chameleon pigment from the KT-9000 Magic Chameleon Series, producing a continuous mauve → red → orange → yellow color shift that sweeps across the visible spectrum as the viewing angle changes. With a particle size of 75–175 μm and a natural mica substrate coated with titanium dioxide, silica, and tin oxide, it delivers the coarse, high-sparkle texture that nail art formulators need for maximum visual drama — particularly over a dark or black base coat.

KT-92575 is a large-flake chameleon pearl powder from our KT-9000 Magic Chameleon Series, producing a dramatic angle-dependent color shift spanning red, orange, yellow, and kelly green on dark substrates. Built on a natural mica substrate with a multi-layer coating of titanium dioxide, silica, and tin oxide, it delivers an INCI composition suited to high-end cosmetic and nail art formulations. The 75–175 μm particle range gives it the high-sparkle, deep color-travel behavior that distinguishes it from finer cosmetic pearl grades.