GaYAG Phosphor

Product Overview
GaYAG phosphor is a high-brightness luminescent material with a green emission spectrum, made from gallium-doped aluminum garnet (Ga:YAG). This phosphor, when paired with red-emitting phosphors (above 610nm), can effectively adjust the color rendering index (CRI) and provide excellent color reproduction in lighting applications. By carefully matching with red phosphors, GaYAG phosphor can achieve a minimum CRI ≥ 80, and in the best cases, a CRI greater than 90, making it ideal for light sources that require high color rendering performance.

Key Features

• Green Emission Spectrum: GaYAG phosphor has a strong green emission spectrum that significantly enhances the color quality and brightness of the light source.
• High Brightness: It exhibits excellent luminous efficiency, effectively boosting the brightness of the light source to meet high-brightness lighting needs.
• Adjustable CRI: When paired with red phosphors, the CRI can be adjusted, providing superior color reproduction.
• High Color Rendering Performance: In combination with red phosphors, GaYAG phosphor can achieve a CRI ≥ 80, with a maximum CRI of ≥ 90, making it suitable for lighting applications that demand high color rendering.
• Excellent Stability: It has excellent thermal and chemical stability, ensuring reliable performance over extended use.

Applications

• High CRI Lighting: Used in lighting systems that require a high color rendering index, such as home lighting, commercial lighting, and office lighting.
• Light Source Optimization: As a light source optimization material, it enhances color reproduction and is widely used in LED lighting applications.
• Television and Displays: Used in backlight sources for TVs, monitors, and other display devices, providing more accurate color rendering.
• Automotive Lighting: Applied in automotive headlights and interior lighting, offering better color accuracy and brightness.
• Medical and High-End Optical Equipment: Used in medical devices, optical equipment, and photography equipment to enhance light quality and effectiveness.