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Chesir Blue Pearl Pigment is a versatile pearlescent pigment known for its shimmering, iridescent blue effect, widely used across various industries such as cosmetics, automotive, plastics, coatings, and printing inks. Composed typically of mica or synthetic substrates coated with metal oxides like titanium dioxide, it reflects and refracts light to create a luxurious, eye-catching finish. Despite its higher cost compared to standard pigments, its ability to add a unique, attractive finish makes it a popular choice for enhancing product visual appeal.
| Product Picture | Model | Particle Size | Characteristic |
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Natural Mica Pearl Pigments QC416 | 10-60μm | Greenish blue |
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Natural Mica Pearl Pigments QC425 | 10-60μm | Dark blue |
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Natural Mica Pearl Pigments QC427 | 10-60μm | Blue |
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Natural Mica Pearl Pigments QC4600 | 10-60μm | Lake blue |
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Natural Mica Pearl Pigments QC221 | 5-25μm | Satin blue |
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Natural Mica Pearl Pigments QC225 | 10-60μm | Pearl blue |
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Natural Mica Pearl Pigments QC289 | 10-100μm | Sparkling blue pearl |
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Natural Mica Pearl Pigments QC2221 | 4-20μm | Interference blue |
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Natural Mica Pearl Pigments QC4225C | 10-60μm | Peacock blue |
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Natural Mica Pearl Pigments QC4225R | 10-60μm | Jade blue |
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Weather Resistance Pearlescent Pigments QC9225SW | 10-60μm | Pearl blue |
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Diamond Bead Pigment QC7225 | 25-100μm | Diamond blue |
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Diamond Bead Pigment QC7525 | 50-200μm | Diamond shining blue |
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Diamond Bead Pigment QC7625X | 100-500μm | Diamond sparkling blue |
The primary substrate, typically mica, is selected for its reflective properties. The mica is purified to remove impurities and then ground to the desired particle size, which affects the final appearance of the pigment.
The coated particles are ground to the final desired particle size and sieved for uniformity. Rigorous quality control tests, including visual inspections and spectrophotometric analysis, ensure consistency in color, particle size, and pearlescent effect. The finished pigment is then packaged and distributed for various applications.
The ground substrate particles are coated with layers of metal oxides, such as titanium dioxide (TiO₂) and iron oxides, using methods like chemical vapor deposition (CVD) or wet chemical processes. For blue pigments, additional metal oxides like cobalt or chromium are used to achieve the blue hue.
To fine-tune the blue color, specific metal oxides are applied in controlled layers. The coated particles may undergo heat treatment to enhance the adhesion of the metal oxide layers and improve the pigment's stability and durability.
