Catalog No. | PM1894 |
---|---|
Material | Silicon-based nitride |
Color | Red |
Excitation Range | 350 μm-550 μm |
Stanford Advanced Materials (SAM) is a trusted supplier of phosphors with competitive price and excellent service. SAM provides a wide range of chromatography of phosphors for the production of energy-efficient LEDs.
Other related products: Silicate Phosphor, Aluminate Phosphor, LuAG Phosphor, YGaAG Phosphor
Ternary, quaternary, and multicomponent covalently bonded nitrides, particularly Si-based nitrides, due to their unique strong crystal structure, suitable crystallization sites occupied by activator atoms, and diverse structures, is an ideal matrix material for luminescent materials.
Our LED phosphors can help LCD manufacturers produce displays with high color gamut, giving the screen unprecedented color realism and providing materials that match high-performance color filters. This LED phosphor material range offers outstanding stability and efficiency. This series of phosphors can be used in red LED packages or in combination with other yellow or green phosphors to package warm white or special light LEDs.
Item |
RNP-SAM-1 |
Material |
CaAlSiN3: Eu |
Density |
2.8 g/cm3 |
Peak Wavelength |
630±1nm |
CIE 1931 |
x=0.6568±0.003 |
y=0.3429±0.003 |
|
Particle Size |
D50=13±1μm |
D50=15±1μm |
|
D50=18±1μm |
|
Excitation Range |
350 μm-550 μm |
- Human lighting - lighting that meets the needs of human natural clocks
- General lighting - such as retail, residential and professional lighting
- Backlighting - for smartphones, monitors, televisions, etc.
- Internal and external applications in the automotive industry
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