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The start-up is committed to developing a novel self-cleaning nano-coating which is the world's leading for sustainable photovoltaic(PV) panels.
In contrast to commercial coating, this technique supports a unique inorganic micro-nano hierarchical structure via core-shell nanoparticles, while maintaining high transparency and promoting superior adhesion between in-house synthesized functional organic components and coated substrates for highly photocatalysis, outstanding anti-reflection, and weathering-resistant abilities.
Our team strives to explore infinite encapsulation technology and topological structures with cost-effective approaches to realize product customization. Our aim is to provide performance-improving solutions for the application fields of construction, biology, and medical materials for a sustainable world.
This nano-coating is an alcohol-based solution and can quickly form a high-density super-moisture film with strong adhesion at room temperature when sprayed on the surface of the substrate.
This technique covers cutting-edge in-housed polymer graft modification and encapsulation technology induced by core-shell nanoparticles with multiple shapes and sizes, which can be widely applied to facilitate nano-coating with high-efficiency photocatalysis, anti-reflection, and long-lasting for sustainable PV panels. By efficiently reducing organic and inorganic pollutants on the glass surface under visible light, the power generation of photovoltaic modules can be increased by 10%-20%.
This coating can also be applied to buildings and related glass surfaces, such as car rearview mirrors, bathroom mirrors, cement curtain walls, etc.