Chameleon Series

KT-97243 is a blue/violet chameleon pigment in the 30–115μm particle size range, designed to deliver a visible angle-dependent color transition within the blue–violet spectrum. 

KT-95307 is a violet-blue to orange-yellow color shift pigment in the 10–70μm particle size range, designed to deliver a wide-angle color travel with both chromatic contrast and visual depth. Based on multi-layer TiO₂-coated transparent flakes, this grade is suitable for coatings, plastics, and decorative applications where both effect visibility and surface quality are required.

KT-95204 is a blue to orange color-shift pigment in the 10–40μm particle size range, designed to balance color travel visibility with film smoothness. Based on multi-layer TiO₂-coated transparent flakes, it produces a clear angle-dependent transition suitable for coatings, plastics, and specialty printing systems.

KT-95102 is a fine particle size chameleon pigment (5–25μm) designed for applications requiring smooth surface finish and controlled color travel. It delivers a distinct blue-green to red shift, using multi-layer titanium dioxide coatings on transparent flake substrates. 

KT-90593 is an Olivine/Violet colour shifting pigment in the 20–80μm particle size range, developed within the Kolortek Chameleon Series of pearlescent pigments. This pigment is built on highly transparent flake crystals coated with titanium dioxide, enabling a clear angle-dependent color travel from an olivine green tone at the face angle to violet at oblique viewing angles. 

KT-90507 is an Orange/Cyan chameleon pigment in the 20–80μm particle size range — a color-shift pigment built on highly transparent flake crystals coated with titanium dioxide that produces a clear, angle-dependent shift between orange at the direct viewing angle and cyan at the oblique angle. 

Kolortek Chameleon Pigments are color-shifting pearlescent pigments based on layered mineral substrates coated with metal oxides. The pigments produce a visible color travel effect when viewed from different angles. This optical interference creates multi-tone transitions commonly used in automotive coatings, plastics, printing inks, and decorative finishes.