Fields of application
Youboron New Materials has dedicated over a decade to the research and development of boron-based materials, serving high-end manufacturing and foundational industries including optoelectronic displays, optical glass, electronic ceramics, new energy batteries, speciality glass, flame-retardant materials, agriculture, and metallurgy.
Optoelectronic displays (TFT-LCD/OLED, UTG, Micro-LED)
The substrate glass must possess exceptional thermal stability and a low coefficient of thermal expansion to prevent deformation or cracking during high-temperature processing. It must also be of the highest purity to avoid metallic impurities affecting electrical performance.
UNIQUE Boron Solutions
Electron-grade boron oxide serves as a network-forming agent and fluxing agent, significantly lowering the glass melting temperature while enhancing light transmittance, chemical stability, and mechanical strength. It constitutes a critical raw material for flexible TFT-LCD/OLED, UTG, Micro-LED, and ultra-high-definition LCD substrates.
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Optical glass (mobile phone lenses, vehicle-mounted cameras)
Optical lenses require high light transmittance, low dispersion, and high refractive index; traditional materials struggle to balance performance and cost effectively. Moreover, they demand exceptionally high consistency in raw materials.
UNIQUE Boron Solutions
Boron materials can effectively regulate the refractive index and Abbe number of glass, thereby enhancing optical properties. High-purity boron oxide is employed in the manufacture of lanthanide optical glass and aspherical lenses, achieving high light transmission and low distortion.
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Electronic ceramics (MLCC, sensors)
MLCCs require dense sintering at high temperatures, with conventional processes prone to porosity and delamination; simultaneously, they demand stable dielectric properties to meet automotive-grade reliability standards.
UNIQUE Boron Solutions
Boron oxide, as a glass phase additive, promotes densification during sintering, reduces defects, and enhances dielectric constant and insulating properties.
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New Energy Batteries (Lithium Batteries)
The cycle life of lithium battery cathode materials is limited; inadequate sealing of the battery cover plate may lead to electrolyte leakage and thermal runaway.
UNIQUE Boron Solutions
Boric acid is employed for surface coating of cathode materials, enhancing cycle stability; Borosilicate glass is utilised for battery cover plates, improving chemical stability and sealing integrity.