Fluorescent pigments are special effect pigments that absorb ultraviolet radiation and re-emit it as visible light, resulting in fluorescence.
Daji Belle's cosmetic-grade fluorescent pigments are carefully formulated to meet the safety and regulatory requirements for use in cosmetics. They are manufactured from high-quality materials and adhere to strict standards to ensure they are safe for use on the skin.
Eye Makeup: Fluorescent pigments are often used in eyeshadows, eyeliners, and mascaras to create vibrant, eye-catching eye makeup. Intense fluorescent colors can add a touch of brightness to the eyes, making them look more vivid and dynamic.
Nail Polish: Fluorescent pigments are widely used in nail polish to create a neon or glow-in-the-dark effect. When exposed to UV light, the pigments emit a vibrant and intense fluorescent glow that makes nails stand out and attract attention.
Body Painting and Temporary Tattoos: Fluorescent pigments can be used in body painting and temporary tattoos to create UV-reactive designs. When applied to the skin, these pigments produce vivid, glowing colors when exposed to black light or UV light, making them ideal for festivals, parties, or artistic expression.
Special Effects Makeup: Fluorescent pigments are commonly used in special effects makeup to create a glamorous and over-the-top look. They can be used to achieve fantasy effects or to enhance the appearance of characters in movies, theater, or role-playing.
Cosmetic-grade fluorescent pigments have a wide range of applications in cosmetics, enabling brands to create visually stunning and eye-catching products that stand out in the marketplace.
It is important to note that while cosmetic-grade fluorescent pigments are safe for use on the skin, they should be used following recommended guidelines and regulations. When using products containing these pigments, we recommend patch testing and following proper cosmetic application techniques.
(DB-FP-011)
Appearance:
Fluorescent orange yellow
Diameter:
1-2 µm
Application:
This colour has been filtered of harmful impurities and can be used by itself in body care applications or to enhance the quality of other colours in different applications. It can be used for colouring cosmetics such as nail polish as well as colouring soaps.
(DB-FP-012)
Appearance:
Fluorescent pink
Diameter:
1-2 µm
Application:
This pigment can be used by itself in bodycare applications or to brighten the tone of other colours in various applications. It can be used for colouring cosmetics such as nail polish as well as colouring soaps.
(DB-FP-013)
Appearance:
Fluorescent purple
Diameter:
1-2 µm
Application:
Filtered of harmful impurities, this colourant can be used to enhance the quality of other colours in many applications such as bath bombs, body butter and cosmetics.
(DB-FP-014)
Appearance:
Fluorescent yellow
Diameter:
1-2 µm
Application:
This color can be used by itself in body care applications or to liven up the natural tones of other colours in a number of applications.
(DB-FP-015)
Diameter:
3-5 µm
Application:
Fluorescent Pigment, reflective pigment powder (Cannot melt) It is suitable for a variety of recipes, such as some make-up bar soaps.
(DB-FP-016)
Diameter:
3-5 µm
Application:
Fluorescent Pigment, reflective pigment powder (Cannot melt) It is suitable for a variety of recipes, such as some make-up bar soaps.
(DB-FP-017)
Diameter:
3-5 µm
Application:
Fluorescent Pigment, reflective pigment powder (Cannot melt) It is suitable for a variety of recipes, such as some make-up bar soaps.
(DB-FP-018)
Diameter:
3-5 µm
Application:
Fluorescent Pigment, reflective pigment powder (Cannot melt) It is suitable for a variety of recipes, such as some make-up bar soaps.
(DB-FP-019)
Diameter:
3-5 µm
Application:
Fluorescent Pigment, reflective pigment powder (Cannot melt) It is suitable for a variety of recipes, such as some make-up bar soaps.
(DB-FP-020)
Diameter:
3-5 µm
Application:
Fluorescent Pigment, reflective pigment powder (Cannot melt) It is suitable for a variety of recipes, such as some make-up bar soaps.
For research use only. Not for use in diagnostic or therapeutic procedures.