PM1893 Lutetium-Aluminium (LuAG) phosphor powder (CAS No. 12253-68-8)

Lutetium-Aluminium (LuAG) Phosphor Powder Description

LuAG possesses a stable crystal structure, and due to its high atomic number, Lu demonstrates increased stopping power for high-energy radiation. This material is used as a scintillation matrix.

Our LED phosphors assist LCD manufacturers in producing screens with a wide colour gamut. They provide screens with improved colour accuracy and supply materials compatible with high-performance optical filters. The LED phosphor series meets specific stability and efficiency metrics. This series may be used in red LED enclosures or combined with other red or yellow phosphors for warm white or specialised LED lights.

Lutetium-Aluminium (LuAG) Phosphor Powder Specification

Lutetium-Aluminium (LuAG) Phosphor Powder Applications

- Human lighting – lighting designed to align with natural circadian rhythms
- General lighting – for example, in retail, residential buildings and professional lighting systems
- Backlighting – for smartphones, monitors, televisions etc.
- Internal and external applications in the automotive industry

Lutetium-Aluminium (LuAG) Phosphor Powder Features:

High light output: LuAG phosphor powder converts ionising radiation to detectable light signals with efficiency. This performance is critical for scintillation detectors.

High energy resolution: LuAG provides enhanced energy resolution and a rapid decay time. This property contributes to precise radiation measurement and imaging in scientific, medical and industrial applications.

High density: The density of LuAG increases its radiation stopping power, thereby improving detection sensitivity and accuracy.

Thermal stability: LuAG maintains its scintillation performance at elevated temperatures, thereby ensuring continued performance in demanding applications.

Lutetium-Aluminium (LuAG) Phosphor Powder Advantages:

Radiation detection: LuAG phosphor powder is utilised in scintillation detectors. These detectors are deployed in gamma spectroscopy, positron emission tomography (PET), computed tomography (CT) and radiotherapy.

Solid-state lighting: LuAG functions as a phosphor in solid-state lighting devices that generate white light for LED lighting and displays.

Medical imaging: LuAG is applied in medical imaging devices. Its use improves measurement precision and image quality in diagnostic instruments such as gamma cameras and PET scanners.