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Utilizing glass scales with high transparency as the foundation and incorporating titanium dioxide with its elevated transparency, high refractive index, and a large, smooth sheet structure, the diamond series bead pigment achieves exceptional color, purity, brightness, and transparency. Precise control over the application of a dense metal oxide coating enhances the overall quality, resulting in a pearlescent pigment with an outstanding bead flashing effect reminiscent of dazzling diamonds. The diamond series pearlescent pigments offer a flawless combination of color and gloss, ensuring a non-toxic and harmless composition suitable for environmentally friendly products.
| Product Picture | Model | Particle Size | Characteristic |
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Diamond Bead Pigment QC7205 | 25-100μm | Diamond gold |
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Diamond Bead Pigment QC7215 | 25-100μm | Diamond red |
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Diamond Bead Pigment QC7219 | 25-100μm | Diamond violet |
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Diamond Bead Pigment QC7225 | 25-100μm | Diamond blue |
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Diamond Bead Pigment QC7235 | 25-100μm | Diamond green |
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Diamond Bead Pigment QC7500 | 50-200μm | Diamond shining white |
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Diamond Bead Pigment QC7505 | 50-200μm | Diamond shining gold |
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Diamond Bead Pigment QC7515 | 50-200μm | Diamond shining red |
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Diamond Bead Pigment QC7519 | 50-200μm | Diamond shining violet |
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Diamond Bead Pigment QC7525 | 50-200μm | Diamond shining blue |
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Diamond Bead Pigment QC7535 | 50-200μm | Diamond shining green |
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Diamond Bead Pigment QC7600X | 100-500μm | Diamond sparkling white |
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Diamond Bead Pigment QC7605X | 100-500μm | Diamond sparkling gold |
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Diamond Bead Pigment QC7615X | 100-500μm | Diamond sparkling red |
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Diamond Bead Pigment QC7619X | 100-500μm | Diamond sparkling vilolet |
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Diamond Bead Pigment QC7625X | 100-500μm | Diamond sparkling blue |
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Diamond Bead Pigment QC7635X | 100-500μm | Diamond sparkling green |
Diamond bead pigments are often designed to be highly resistant to various weather conditions, including UV radiation, moisture, and temperature fluctuations. This makes them suitable for outdoor applications such as automotive coatings and architectural finishes. The weather-resistant properties ensure that the pigments maintain their brilliance and sparkle over time, even when exposed to harsh environmental conditions.
These pigments are formulated to withstand exposure to a wide range of chemicals, including solvents, acids, and alkalis. This chemical resistance is crucial for maintaining the integrity and appearance of the pigments in applications where they may come into contact with harsh substances, such as in industrial coatings or certain cosmetic formulations. The robust chemical resistance helps prevent degradation, discoloration, or loss of optical properties.
Diamond bead pigments are designed to maintain their optical properties and structural integrity under high-temperature conditions. This thermal stability is essential for applications that involve heat exposure, such as automotive coatings, where the pigments must endure the heat generated by the vehicle and environmental conditions. The ability to withstand temperature fluctuations without losing brilliance or sparkle ensures long-lasting performance.
The spherical shape and robust coatings of diamond bead pigments contribute to their mechanical durability. They are less prone to breaking, chipping, or abrasion compared to other pigment types. This mechanical strength is particularly important in applications that involve physical wear and tear, such as in nail polishes or plastic products. The durable nature of these pigments ensures that they retain their aesthetic appeal and functional properties over time.
These pigments are produced by utilizing high transparency glass scales as a base and incorporating titanium dioxide. The precise control of a dense metal oxide coating on the glass scales enhances the pigments, giving them their unique qualities.
