PM2843 Orange Silicate LED Phosphor Powder

Blanca — Thu, 22 Aug 2024 09:20:35 +0000

Orange Silicate LED Phosphor Powder Description

A phosphor, most generally, is a substance that exhibits the phenomenon of luminescence; it emits light when exposed to some type of radiant energy. Orange Silicate LED Phosphor Powder is characterized by thermostability and high durability. It is non-poisonous, non-radioactive, and non-corrosive.

Stanford Chemicals Company (SCC) is your one-stop platform to find LED phosphor for sale in a variety of forms and has over two decades of experience in the manufacture and sale of high-quality Orange Silicate LED Phosphor Powder.

Orange Silicate LED Phosphor Powder Specifications

Product Name	Orange Silicate LED Phosphor Powder
Emission Color	Orange
Relative Intensity	100±2%
Peak Wavelength (nm)	600±1
CIE-X	0.582±0.002
CIE-Y	0.416±0.002
Density (g/cm3)	4.8
Particle Size (μm)	15±2.0
Chip Size (nm)	445-470

Orange Silicate LED Phosphor Powder Application

Phosphor layers provide most of the light produced by fluorescent lamps and are also used to improve the balance of light produced by metal halide lamps. Various neon signs use phosphor layers to produce different colors of light. Electroluminescent displays found, for example, in aircraft instrument panels, use a phosphor layer to produce glare-free illumination or as numeric and graphic display devices. White LED lamps consist of a blue or ultra-violet emitter with a phosphor coating that emits at longer wavelengths, giving a full spectrum of visible light.

Paired with other phosphor powders, Orange Silicate LED Phosphor Powder can be used to emit LED light of higher intensity. In general, Orange Silicate LED Phosphor Powder is applied to produce warm white LED light.

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PM1893 Lutetium Aluminum (LuAG) Phosphor Powder (CAS No. 12253-68-8)

Blanca — Mon, 19 Aug 2024 09:50:36 +0000

Lutetium Aluminum (LuAG) Phosphor Powder Description

The crystal structure of LuAG is stable, and due to the high atomic number, Lu has a higher stopping power against high-energy rays. LuAG can serve as a fine scintillation matrix material.

Our LED phosphors can help in making displays with a high color gamut for LCD manufacturers. It delivers the best color realism brought to the screen and provides corresponding materials that match high performance color filters. This series of phosphors is an excellent LED phosphor material with outstanding stability and efficiency. This series of phosphors can be applied in red LED packages or combined with other red or yellow phosphors to package warm white or special light LEDs.

Lutetium Aluminum (LuAG) Phosphor Powder Specification

Model	Color	CIE 1931		Spectral Performance
Model	Color	x	y	Chip Excitation Wavelength (nm)	Peak Wavelength λp (nm)
LMY-3457-B	yellow-green	0.347	0.575	440-470	513
LMY-3657-B	yellow-green	0.361	0.573	440-470	516
LMY-3857-B	yellow-green	0.382	0.564	440-470	523
LMY-3957-B	yellow-green	0.394	0.565	440-470	524
LMY-4056-B	yellow-green	0.402	0.560	440-470	527

Applications of Lutetium Aluminum Phosphor Powder

Human lighting: Light for human natural clocks
General lighting: Retail, residential, and professional lighting
Backlighting: For smartphones, monitors, televisions, etc.
Internal and external applications in auto segments

Features of Lutetium Aluminum Phosphor Powder

High Light Output: LuAG Phosphor Powder is endorsed to have a high brilliance of light output, which holds the efficiency of conversion of ionizing radiation to easily detectable light signals. This feature is very important in the aspect of precision in scintillation detectors.
High Energy Resolution: LuAG, with its excellent energy resolution and fast decay time, will provide for accurate measurement and imaging of radiations, hence setting new benchmarks in scientific, medical, and industrial applications.
High Density: The high density of LuAG ensures that it provides excellent stopping power for ionizing radiations, thus promising high radiation detection sensitivity as well as accuracy.
Thermal Stability: In the presence of high temperatures too, LuAG does not lose its thermal stability, thus adding to the performance attribute for challenging applications.

Lutetium Aluminum (LuAG) Phosphor Powder Applications:

Radiation Detection: LuAG Phosphor Powder serves as the building block for scintillation detectors and is widely used in the areas of gamma-ray spectroscopy, positron emission tomography (PET), computed tomography (CT) scans, and radiation therapy.
Solid-State Lighting: LuAG is used as a phosphor solid-state lighting device, creating high-quality white light prepared for application in both LED-based lighting and displays.
Medical Imaging: In the field of medical imaging, LuAG is used to make the diagnostic tools more precise in diagnosis, such as gamma cameras used during the process.

The post PM1893 Lutetium Aluminum (LuAG) Phosphor Powder (CAS No. 12253-68-8) appeared first on Stanford Chemicals.

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