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Titanium dioxide has been a cornerstone of pearlescent pigment technology for decades — as the interference coating that generates color, ...
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Pick up two coating samples side by side — one finished with a crystal effect pearlescent, the other with a diamond effect grade — and the...
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A single formulation decision — how you introduce the pigment — can make the difference between a flawless pearl finish and a coating plag...
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Pearlescent ink performance is decided before the first sheet comes off press In our work as a pearlescent pigment manufacturer and supplie...
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Why Limited-Edition Color-Shift Device Housings Work When we develop a limited-edition color-shift design for device housings, we do not tr...
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What makes Ray-3D magnetic pearlescents work In our manufacturing work, we see one point repeated in almost every successful project: a str...
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Diamond Pearlescents Work Best When the Sparkle Has a Job A gem-like surface does more than catch light. In our work as a manufacturer and ...
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Why TiO2-Free Pearlescent Pigments Are Gaining Ground in Cosmetic Formulation Over the past few years, the demand for TiO2-free options in ...
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Why Color Trends Matter More Than Ever to Pigment Buyers Every year, global color forecasting bodies — Pantone, WGSN, and major fashion wee...
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Why Pearlescents Behave Differently in Rinse-Off Products Pearlescent pigments are among the most visually impactful ingredients a personal...
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The Dispersion Problem That Slows Down Formulation Teams Anyone who has worked with dry pearlescent pigment powder in a lab setting knows t...
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Why the Same Pigment Looks Different Across Substrates Pearlescent pigments work through light interference — thin layers of titanium dioxi...
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