Recently,3Trees officially signed a cooperation agreement with Professor Andre Geim, the Nobel laureate and “Father of Graphene,” to jointly explore the research and application of high-performance graphene anticorrosive coatings and functional adhesives. This collaboration not only demonstrates 3Trees’ determination to achieve breakthroughs in leading technologies through scientific innovation but also marks a significant step in its pursuit of excellence in the high-end industrial coatings sector. It signifies a new leap in its international strategy and aims to establish itself as a leading brand in the national industrial coatings field.
As a pioneer in the field of graphene, Professor Andre Geim is renowned for his exceptional scientific achievements and profound industry influence, earning him the title of “Father of Graphene.” He is a prominent member of the World’s Leading Scientists Association (WLA) and, along with Konstantin Novoselov, received the Nobel Prize in Physics in 2010. Professor Geim has joined 3Trees’ Academician Expert Workstation as Chief Technical Advisor, providing expert guidance on the research and development of high-performance graphene anticorrosive coatings and functional adhesives. His involvement brings top-tier international wisdom and expertise to 3Trees’ technological innovation and product development.
Graphene, often referred to as “black gold,” is a remarkable material with high thermal and electrical conductivity, exceptional toughness, high strength, and an ultra-large specific surface area. It shows extensive potential for applications in fields such as new energy, aerospace, and long-lasting industrial protection. With Professor Geim’s contribution, 3Trees aims to integrate the outstanding properties of graphene into industrial coatings, automotive paints, and new energy adhesives, developing high-performance, long-lasting new products. The company is committed to establishing itself as a global leader in industrial coating R&D and an innovation and entrepreneurship hub.
Technological innovation drives the emergence of new industries, models, and momentum, and is a core element in developing new types of productive forces. Currently, 3Trees has made significant inroads into fields such as new energy vehicles, photovoltaics, and wind power. The company has introduced a range of high-performance industrial products, including automotive coatings, power battery adhesives/fireproof coatings, and offshore wind power coatings/adhesives.
For a long time, 3Trees has focused on technological innovation as the core driver of its development. The company has continually increased its investment in R&D, built a comprehensive research system, and established four major R&D platforms and six R&D centers. It has undertaken several important cutting-edge research projects, including those under the national “863” program and various provincial and municipal science and technology plans. Additionally, 3Trees has collaborated with prestigious institutions such as the Chinese Academy of Sciences, Shanghai Jiao Tong University, Southern University of Science and Technology, and Xiamen University, consistently achieving leading results in the industry.
Standing at the forefront of the rapid development of industrial coatings, 3Trees fully recognizes both the importance and challenges of seizing innovative technologies. The company focuses on core technologies to advance the development of new productive forces, upgrading and iterating technical product standards. It conducts comprehensive basic research and core technology R&D for industrial coatings, strengthens communication and collaboration with top scientists both domestically and internationally, and accelerates the transformation and application of scientific achievements. 3Trees is committed to providing higher-quality coating products and services to the global market.
