Fluorescent pigments are a type of special coloring material that absorbs ultraviolet or visible light and emits longer wavelength fluorescence. With its high brightness, strong visual impact and versatility, it is widely used in industrial and consumer fields such as coatings, plastics, textiles, and safety signs.
Inorganic fluorescent pigments: Based on metal sulfides such as zinc and calcium, it achieves nighttime luminescence (such as luminous pigments) through energy storage, and is suitable for safety signs and low-light environments.
Organic fluorescent pigments: Based on organic structures such as styrene and coumarin, it relies on carrier resins (such as polyamides and acrylates) to encapsulate fluorescent dyes to enhance solvent resistance and dispersibility.
Weather resistance optimization: By coating the surface with alumina or light stabilizers, the ability to resist UV degradation is improved.
Fluorescent pigments are a type of special coloring material that absorbs ultraviolet or visible light and emits longer wavelength fluorescence. With its high brightness, strong visual impact and versatility, it is widely used in industrial and consumer fields such as coatings, plastics, textiles, and safety signs.
Inorganic fluorescent pigments: Based on metal sulfides such as zinc and calcium, it achieves nighttime luminescence (such as luminous pigments) through energy storage, and is suitable for safety signs and low-light environments.
Organic fluorescent pigments: Based on organic structures such as styrene and coumarin, it relies on carrier resins (such as polyamides and acrylates) to encapsulate fluorescent dyes to enhance solvent resistance and dispersibility.
Weather resistance optimization: By coating the surface with alumina or light stabilizers, the ability to resist UV degradation is improved.
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