Brief: Here's a fast, informative look at how Ce-Doped Gallium Aluminate fluorescent powder performs as a stable color tuning agent for 445-465nm LED chips. Watch as we demonstrate its application in automotive lighting, display backlighting, and general illumination, showcasing its low decay rate and ability to replace traditional yellow+green powder combinations.
Optimized for 445-465nm LED chips with precise peak wavelength of 529±2.0nm.
Features low decay rate and stable performance across temperature ranges from -40℃ to 120℃.
Can be used as standalone cold-color powder or as color tuning agent for various applications.
High luminous efficiency of 146Lm/W with excellent color consistency and optical transparency.
Lead-free and RoHS compliant with uniform particle size distribution (D50 =25.0 ±2.0μm).
Simplifies production by replacing traditional yellow+green powder combinations.
Customizable particle size and chromaticity coordinates for specific application requirements.
FAQs:
What are the primary applications for this Ce-Doped Gallium Aluminate fluorescent powder?
This fluorescent powder is ideal for automotive lighting (DRLs, fog lights), display backlighting (LCD TVs, monitors), and general/specialized lighting applications where stable performance and color consistency are critical.
How does this product compare to traditional fluorescent powder combinations?
It can be used alone as a cold-color solution, replacing the traditional yellow powder + green powder combination, which simplifies production processes and reduces manufacturing costs while maintaining excellent performance.
What customization options are available for this LED phosphor?
We offer tailored customization services including particle size optimization, chromaticity coordinate fine-tuning, and performance parameter adjustments to meet specific application requirements while maintaining RoHS compliance and high color consistency.
What are the key technical specifications of this fluorescent powder?
Key specifications include: peak wavelength of 529±2.0nm, chromaticity coordinates x=0.3660±0.003 and y=0.5740±0.003, particle size D50=25.0±2.0μm, density of 4.7 g/cm³, and luminous efficiency of 146Lm/W.