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Direct emission white light phosphor series
Highly efficient ultraviolet-excited white light material for LED lighting and plant fill light.
Type
Fluorescent material
Tags
Resource utilization
Product application-related engineering and technology
Chemical engineering
Bazrsi3o9
Matrix
Rare earth ions
Ba2tip2o9
Bi4si3o12
Solution maturity
Development / Pilot validation
Cooperation methods
Face-to-face consultation
Applicable industry
Scientific research and technology services
Applications
Led lighting
Key innovations
The combination of substrate self-activation and rare earth doping achieves direct white light emission with high efficiency and high thermal stability under ultraviolet excitation. Simplify the LED lighting structure and help green applications such as energy-saving plants fill light.
Potential economic benefits
High-efficiency white LED and plant fill light applications save energy and reduce consumption, extend product life, reduce operating costs, and have huge market potential.
Potential climate benefits
High quantum efficiency (94.8%) and thermal stability (96%) significantly improve the efficiency of LED lighting and plant fill light. This directly reduces energy consumption, which in turn reduces carbon emissions from power generation. Its performance advantages also extend product life, reduce the carbon footprint caused by manufacturing and replacement, and achieve comprehensive carbon reduction benefits.
Solution supplier
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Shanghai Institute of Silicate, Chinese Academy of Sciences
Shanghai Institute of Silicate, Chinese Academy of Sciences
The Shanghai Institute of Silicate, Chinese Academy of Sciences, focuses on the research of advanced inorganic materials and supports high-tech industries and major national needs.
Shanghai,China
Solution details

Application areas:

1) Directly emit white light under the excitation of ultraviolet or near-ultraviolet light; 

2) It has potential application prospects in fields such as white LED lighting and multi-color filling light for greenhouse plant growth.

Technical characteristics:

1. By doping appropriate rare earth ions and making full use of the self-activated luminescence of the substrate,

1)Bi4Si3O12      

2)BaZrSi3O9      

3) White light emission can be directly obtained in Ba2TiP2O9-based fluorescent materials; 

2. Preparation by solid phase synthesis method.

Performance indicators:

Under the excitation of 392 nm near ultraviolet light, the color coordinates of BaZrSi3O9:Eu are (0.295, 0.224), the quantum efficiency is 94.8%, and the fluorescence thermal stability at 150℃ can remain 96%.


Last updated
10:45:24, Nov 04, 2025
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