Nano Zirconia Dispersion, as a new generation of functional materials, has set off a technological revolution in the fields of chemicals, coatings, inks, adhesives, etc., with its high refractive index, transparency, hydrolysis resistance and stability. The N-1715 nano zirconium oxide dispersion launched by Shenzhen U-Sunny has solved the problems of easy agglomeration and high cost of traditional materials by optimizing nanoparticle dispersion technology, and has become an industry benchmark product.
Product advantages: N-1715's technological breakthrough
High transparency and optical performance
N-1715 adopts aqueous nano zirconium oxide dispersion technology, with uniform particle size (<50nm) and transmittance exceeding 90%, which can significantly improve the clarity and refractive efficiency of optical films (such as brightening film BEF, anti-reflection film AR), and adapt to the needs of OLED/QLED flexible display substrates.
Hydrolysis resistance and stability
Through surface hydroxylation modification, N-1715 remains stable in humid environments, avoiding particle sedimentation, and is suitable for outdoor coatings and automotive electronic coatings.
Environmental protection and economy
The alkaline hydrogen peroxide process is used, without the need for expensive surface modifiers, reducing production costs by more than 30%, which is in line with the trend of green chemical industry.
Application scenarios: cross-industry solutions
Coatings and inks
Nano Zirconia Dispersion can enhance the wear resistance and weather resistance of coatings. For example, adding N-1715 to high-end automotive paint can improve scratch resistance while reducing VOC emissions.
Adhesives and packaging materials
Its high surface activity can optimize the wettability of adhesives, and when used in third-generation semiconductor packaging adhesives, it can enhance thermal conductivity and mechanical strength.
Optical films and display technology
The nano-scale dispersion characteristics of N-1715 make it the core material of anti-glare film (AG) and brightness enhancement film (BEF), which helps the lightweight design of VR/AR devices and flexible screens.
Market prospects and technological innovation
According to QYResearch data, the global market size of nano zirconium oxide dispersions will reach US$236 million in 2024 and is expected to grow to US$338 million in 2031, with a compound annual growth rate of 5.2%8. Shenzhen U-Sunny has promoted the application of nano zirconium materials in biomedicine (such as dental implants) and environmental catalysis through breakthroughs in water-based dispersion technology.
Conclusion: Choose N-1715, Lead the Technology Frontier
Shenzhen U-Sunny's Nano Zirconia Dispersion (N-1715) takes technological innovation as its core and provides efficient and sustainable solutions for the chemical, optical and electronic industries. Whether it is to improve product performance or reduce environmental costs, N-1715 is an ideal choice for future materials science.