Chameleon Paint Pigment — Color Shift Automotive Grade

These are multilayer interference flakes that reflect different wavelengths depending on the observation angle. Unlike standard pearlescent grades that simply shimmer, these produce a true two- or three-tone travel — for example violet shifting to green, or red rolling through orange into yellow-green. The Chameleon Series is built on transparent flake crystals coated with titanium dioxide; titanium-dioxide-free options based on mica, iron oxide, or silica are available for formulators with specific regulatory or compatibility needs.

Series & Representative Models

Two product families cover most automotive and industrial work: the Chameleon Series (pearl-based, broad particle range) and the Chromashift Pigment line (cleaner two-tone shifts, finer sizes). A selection below — full model lists are available on request.

Video showcasing the effect of blue color-shifting chameleon pigments:

More catalogs of color-shifting pigments, effect show, or samples, pls don't hesitate to contact us.

Applications

The primary pull is automotive — full body color shift, accents, wheels, and refinish work in solvent- or water-based clear systems. Beyond coatings, the same grades run in plastics (masterbatch and direct compounding), printing inks, and synthetic leather finishes. In practice, the coarser flakes (75–500μm) read best on large body panels where the flip is viewed from distance; finer grades suit detail work and printing.

Key Characteristics

• Strong angle-dependent color travel — two to three distinct tones depending on model.
• Transparent base flake, so the shift sits cleanly over a base coat without muddying.
• Wide particle range, from sub-25μm for smooth finishes to 250μm+ for high-sparkle travel.
• Titanium-dioxide-free options available for formulators needing alternative chemistry.

Practical Considerations

The shift effect depends heavily on the base coat. A solid black or dark ground gives the cleanest, highest-contrast flip; lighter grounds wash out the travel. Worth noting: these are flake pigments, so handle dispersion gently — high-shear milling fractures the flakes and kills the effect. Add late in the let-down stage and stir, don't grind.

Loading typically runs 2–6% by weight depending on the system and desired intensity. Always confirm clear-coat compatibility and run a sprayout panel before scaling. For spray application, match nozzle and particle size — coarse flakes need a wider tip to avoid clogging and uneven lay-down.

Chameleon Series vs. Chromashift

FAQ

What base coat works best under a color shift pigment?
A black or dark base gives the strongest, most visible travel. Lighter or white grounds reduce contrast and flatten the effect.

Can the same grade be used in both coatings and plastics?
Yes. Most Chameleon and Chromashift grades carry over to plastics, inks, and synthetic leather, though loading and dispersion method should be adjusted per system.

Why does my color flip look weak?
Usually one of three causes: too light a base coat, flakes fractured by over-milling, or under-loading. Increase contrast, mix in gently, and verify dosage.

Are titanium-dioxide-free options available?
Yes — mica, iron oxide, and silica based grades are offered for formulators with regulatory or compatibility requirements.

Get Samples & Technical Data

Request sprayout samples, TDS, and color-travel references to match your base coat and substrate. Custom color matching and packaging are available — send your target shift and system details to start a sample evaluation.