As of September this year, BJYY Advanced Materials Technology Group, China's largest high-performance material innovation company, has started construction of advanced material production line projects:
The first phase of the project: ultra-high purity rare metals and compounds, rare earth functional materials, high-end crystal materials and devices. The second phase of the project also plans to build production lines including high-end aluminum nitride powder, rare earth catalytic materials, and zirconium-based ceramic materials.
The project plans to invest a total of 1 billion yuan in two phases. Among them, the first phase of the project specifically constructs 15 tons/year of second-land crystal materials and devices, 3 tons/year of chalcogenide glass infrared window materials, 210 tons/year of ultra-high purity electronic materials, 3.1 tons/year of precious metal electronic pastes and functional materials , 1,000 tons/year rare earth fluoride and other 9 production lines; the second phase of the project plans to invest 400 to 600 million yuan to build rare precious metal recycling, white LED phosphors, high-end aluminum nitride powder, rare earth catalytic materials, zirconium-based ceramic materials, special physical properties Production lines for compounds and rare earth permanent magnet materials.
About BJYY
BJYY specializes in R&D and manufacturing of advanced materials including rare earth materials, optoelectronic film materials, biomedical materials, rare and precious metals, infrared optical and optoelectronic materials, optical fiber materials etc.
GRIAM is one of the leading advanced material enterprises in the nonferrous metals industry in China. It holds ten advanced material technology companies and more than 30 advanced material production bases.
Product Catagories
Rare Earth Magnetic Materials
Rare Earth Luminescent Materials
Rare Earth Metals And Alloys
Rare Earth Compounds
Optoelectronic Film Materials
Biomedical Materials
Rare And Precious Metal
Infrared Optical Materials
Photoelectric Materials
Optical Fiber Application Materials
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