Since the discovery of fullerenes in 1985 and their receipt of the Nobel Prize in Chemistry in 1996, this unique cage-structured allotrope of carbon has demonstrated irreplaceable application value in various cutting-edge fields such as biomedicine, new energy, cosmetics, and medical devices, thanks to its excellent physical and chemical properties. In 2026, driven by continuous breakthroughs in global industrialization technology, policies and capital, the fullerene industry has officially entered a critical stage from technology verification to commercialization, with steady market expansion, continuous expansion of application boundaries, and new opportunities and challenges for industry development.
In the field of technological R&D, global scientific research institutions and enterprises have continued to make efforts to break through the core bottlenecks in fullerene synthesis and purification. The Lanzhou Institute of Chemical Physics, Chinese Academy of Sciences, together with an international team, successfully revealed the key process of fullerene conversion into graphene on the surface of platinum metal, captured stable fullerene dimer intermediates, provided a key path for the development of new carbon-based functional materials, and laid the foundation for the innovative application of fullerenes in lubrication and optoelectronic devices[superscript:2]. At the same time, green and efficient synthesis technology has become a key focus of industry R&D. Among them, the “plant raw material combustion synthesis fullerene” technology developed by Fujian Ferking Biotechnology Co., Ltd. has broken through the limitations of traditional processes, realized low-cost and large-scale production of fullerenes, promoted the further decline of the market price of high-purity fullerenes (purity ≥99%), and cleared the way for their large-scale commercial application.
In terms of market scale, the global fullerene industry is showing a high-speed growth trend. According to industry research data, the global fullerene market size was about 582 million US dollars in 2023, and it is expected to expand steadily at a compound annual growth rate (CAGR) of 12.3% from 2024 to 2030, and the market size is expected to exceed 1.31 billion US dollars by 2030[superscript:1]. In terms of regional distribution, North America and Europe dominate the market with mature scientific research systems and high-end manufacturing capabilities, while the Asia-Pacific region, especially China, has become the fastest-growing region in the world thanks to the policy support of the “14th Five-Year Plan” new material industry plan and the continuous improvement of the industrial chain. The scale of China’s fullerene industry has rapidly expanded from 380 million yuan in 2021 to more than 900 million yuan in 2025, with an average annual growth rate of more than 20%, forming an industrial cluster centered in Jiangsu, Shandong, Fujian and other regions[superscript:1].
The diversified expansion of application fields has become the core driving force for industry growth. In the field of biomedicine, fullerenes and their water-soluble derivatives are widely used in anti-aging skin care products, targeted drug delivery systems and neurodegenerative disease treatment research due to their super strong antioxidant capacity (the efficiency of scavenging free radicals is more than 100 times that of vitamin C). At present, several fullerene-based drugs have entered preclinical or clinical trial stages[superscript:1]. In the field of new energy, as electron acceptor materials for organic solar cells and additives for lithium-ion batteries, fullerenes can significantly improve energy conversion efficiency and cycle stability. With the explosive growth of the global photovoltaic and energy storage market, the demand potential continues to be released[superscript:3]. In the field of medical devices and lubrication, fullerenes can be used for antibacterial modification of medical device coatings, and their derivatives are also expected to become a new generation of intelligent lubricant additives to balance the application needs of high load-bearing and low friction[superscript:2]. In addition, in the field of laboratory research, high-purity fullerenes remain the core raw material for universities and scientific research institutions to carry out nanomaterial research, with stable demand growth.
Despite the strong development momentum of the industry, it still faces many challenges. At present, the high production cost of fullerenes is still the main obstacle to large-scale commercialization. The complex synthesis process and limited raw material supply lead to the price of some high-purity fullerenes still being at a high level[superscript:3]. At the same time, the insufficient scalability of production processes, the lack of standardized protocols, and the potential environmental toxicity of unmodified fullerenes also restrict the further development of the industry[superscript:1]. However, with the continuous optimization of green synthesis technology, the breakthrough in the R&D of functionalized fullerene derivatives, and the collaborative innovation of the upper and lower reaches of the industrial chain, these bottlenecks are expected to be gradually alleviated.
Looking forward to the future, the fullerene industry will show three major development trends: first, the preparation technology will continue to evolve towards high purity, low cost and large scale, and ton-scale production lines will be gradually popularized; second, the application boundaries will continue to expand, and the penetration speed in quantum computing, catalysis, high-end coatings and other fields will be further accelerated; third, driven by both policies and capital, the industrial chain integration will intensify, and enterprises with core technological barriers and stable supply chains will dominate the market[superscript:1]. For enterprises, grasping the trend of technological innovation, focusing on core application fields, and improving the global supply chain layout will be the key to seizing the opportunities of industry development.
As the global general sales agent of fullerenes of Fujian Ferking Biotechnology Co., Ltd., Xiamen Tansibo Trading Co., Ltd. will rely on Ferking’s technological and production capacity advantages, integrate global resources, build efficient sales channels, and provide high-purity, stably supplied fullerene products and one-stop procurement solutions for global customers in cosmetics, biomedicine, new energy, laboratory research and other fields, helping global partners seize industry development opportunities and jointly promote the innovative development of the fullerene industry.
