High Transparency Zirconium Oxide Solution has become the focus of technological breakthroughs in the chemical, coating, ink and adhesive industries due to its nano-scale dispersion characteristics and excellent optical properties. The N-1715 zirconium oxide solution launched by Shenzhen U-Sunny solves the pain points of low light transmittance and easy agglomeration of traditional materials through innovative nano-dispersion technology, and demonstrates outstanding competitiveness in the fields of flexible display and environmentally friendly coatings.
Technical advantages of N-1715: Double breakthroughs in transparency and functionality
Ultra-high transmittance and optical performance
N-1715 adopts water-based nano-zirconia dispersion technology, with uniform particle size (<50nm) and transmittance of over 90%. It is suitable for optical thin films such as OLED flexible substrates and brightness enhancement films (BEF), and significantly improves screen brightness and energy efficiency.
Hydrolysis resistance and long-term stability
Through surface hydroxylation modification, N-1715 remains stable in high temperature and high humidity environments, avoiding coating atomization or cracking, and is suitable for automotive electronic packaging and outdoor display devices.
Environmental protection and economy
The water-based formula is compatible with substrates such as polycarbonate (PC) and PET, does not require organic solvents, VOC emissions are close to zero, meets EU RoHS standards, and reduces coating production costs by more than 30%.
Cross-industry applications: from optical materials to functional coatings
Optical films and display technologies
The high refractive index of N-1715 optimizes light utilization, increasing the brightness of Mini-LED screens by 30%. At the same time, it adapts to the bending resistance requirements of folding screens and promotes the development of flexible display technology.
Environmentally friendly coatings and inks
Automotive coatings: The surface hardness of high-wear-resistant coatings with N-1715 is up to 6H, and the anti-ultraviolet yellowing performance is improved by 50%, extending the life of outdoor equipment.
Conductive inks: Nano-scale dispersion characteristics enhance ink adhesion, reduce impedance by 15%, and help the efficient production of printed electronic circuits.
Adhesives and packaging materials
By optimizing the wettability of epoxy resin, N-1715 achieves seamless bonding in third-generation semiconductor packaging, and the thermal conductivity is increased to 2.5 W/m·K, reducing the problem of bright and dark lines and improving the splicing accuracy of display screens.
According to QYResearch data, the global nano-zirconia market size will exceed US$380 million in 2025, with a compound annual growth rate of 8.2%. Shenzhen U-Sunny leads the industry trend in the following directions:
Sustainable process: Develop low-carbon coating solutions in combination with bio-based materials (such as polyfuran dicarboxylate PEF) to meet the requirements of the EU's "New Battery Regulation".
Miniaturized application: Meet the ultra-thin coating requirements of flexible sensors and wearable devices (thickness <10μm), and promote lightweight consumer electronics.
Shenzhen U-Sunny's High Transparency Zirconium Oxide Solution (N-1715) takes nanotechnology innovation as its core and provides efficient and sustainable solutions for the chemical, optical and electronic industries. Its high compatibility, environmental protection characteristics and cost advantages not only meet the needs of high-end displays, but also bring revolutionary upgrades to coatings, adhesives and other fields, leading the next generation of material science.