Photoluminescent Pigment | Pink
• High Performance: Made with sulfur oxide as the base and activated by highly reactive rare-earth elements.
• High brightness and long-lasting glow.
• High Performance: Made with sulfur oxide as the base and activated by highly reactive rare-earth elements.
• High brightness and long-lasting glow.
Product Overview:
Pink phosphorescent pigment is a newly developed luminescent material by our company. It appears light white in natural light and emits a vibrant pink glow in the dark, making it ideal for creative industries such as art and body painting.
Available Colors (8 Options):
· Standard Colors: Yellow-green, blue-green and sky blue, known for excellent practical performance.
· Special Colors: Violet, white, orange, red and pink, designed for specific applications.
Globally Popular:
· Our pigments and application products of glow stone are widely exported to domestic and international markets, including Europe, America, South Asia, and South America.
Choose our glow powder to illuminate endless possibilities for creativity and art!
Physical Properties:
Sulfur Oxide Based Photoluminescent Pigment (Activated by Rare Earth Elements)-Pink | ||
| Luminous Color | Pink |
Appearance Color | Light White | |
State | Solid Powder | |
Substrate | Sulfur Oxide | |
Component | Calcium Aluminate, Yttrium Sulfur + Rare Earth Elements: Eu | |
Chemical Formula | CaAl2O6Y2S: Eu2+ | |
Excitation Spectrum Wavelength Range | 200-400nm | |
Emission Spectrum Wavelength Peak | 575nm | |
Specific Gravity | 2.6g/cm3 | |
Image | Image | Model No. | Luminance | Luminance | Luminance | Afterglow Time | Particle Size |
Night | Daylight | 0min(mcd/m2) | 10mins(mcd/m2) | 60mins(mcd/m2) | Um(D50) | ||
|
| QY-P-01 | 997 | 56 | 9 | >1hour | 45~65 |
1) The data presented above was obtained in accordance with the DIN67510 standard, utilizing a D65 standard light source with an illumination level of 1,000 lux for an excitation period of 10 minutes.
2) The afterglow time refers to the industry standard of 0.32mcd/m2 for escape signs, which is the luminous value that can be recognizable by the human eye.