In 2026, global environmental protection supervision policies and carbon emission assessment standards have been further tightened. Countries in Europe, North America and other regions have successively issued circular economy incentive policies, encouraging manufacturing enterprises to promote the recycling and reuse of industrial raw materials and reduce resource waste and carbon emissions. As a strategic non-renewable mineral resource, graphite has a large number of waste materials generated in the production processing and terminal product scrapping links every year. The efficient recycling and high-purity regeneration of waste graphite has become an important development direction of the global graphite industry's green and low-carbon transformation.
For a long time, the global waste graphite recycling industry has problems such as low purification accuracy, unstable product performance and single application scenario. Most recycled graphite products can only be used in low-end industrial fields, and cannot enter the high-end market such as battery materials and precision industrial parts due to insufficient purity and many impurities. The core technical difficulties restricting the development of the recycled graphite industry lie in the efficient removal of composite impurities in waste graphite, the repair of damaged graphite crystal structures and the stable control of product particle size and performance consistency.
With the continuous breakthrough of global graphite recycling technology in recent years, high-purity recycled graphite has gradually achieved industrial mass production in 2026. After professional crushing, sorting, multi-stage purification, crystal structure repair and modification treatment, the performance indicators of high-purity recycled graphite products can be close to or even reach the level of virgin natural graphite and synthetic graphite, and have significant advantages in cost and carbon footprint. At present, high-purity recycled graphite has been gradually applied in battery anode materials, industrial sealing materials, thermal conductive materials and other fields, and the global market recognition is continuously improving.
As a leading green and low-carbon graphite deep-processing enterprise, Jincheng Graphite has taken the lead in building a complete waste graphite recycling, regeneration and processing system in the industry. The enterprise has independently developed a multi-stage composite purification and crystal repair process for waste graphite, which can efficiently remove organic attachments, metal impurities and inorganic sundries in waste graphite materials, and repair the fragmented graphite layered crystal structure. After systematic regeneration treatment, the fixed carbon content of recycled graphite products can stably reach more than 99.5%, and the electrochemical performance, thermal stability and mechanical properties are stable and reliable.
Jincheng Graphite's high-purity recycled graphite products cover multiple series such as recycled spherical battery graphite, recycled expandable graphite and recycled industrial high-purity graphite. All products have passed international green environmental protection certification and carbon footprint verification, meeting the green procurement standards of European and American multinational enterprises. Compared with traditional virgin graphite products, Jincheng Graphite's recycled graphite can reduce comprehensive production carbon emissions by more than 45%, which has significant environmental protection value and economic benefits.
In 2026, driven by global circular economy policies, Jincheng Graphite's recycled graphite products have successfully entered the European and North American green material markets, and have established cooperative relations with many international new energy battery enterprises and industrial manufacturing groups. Many multinational enterprises have included Jincheng Graphite's high-purity recycled graphite into their priority green procurement list to reduce the carbon footprint of their own products and meet international environmental protection assessment requirements.
Industry analysts predict that the global recycled graphite market will usher in explosive growth from 2026 to 2030, and the proportion of recycled graphite in the total graphite market supply will increase year by year. Green recycling and low-carbon production will become the core competitiveness of graphite enterprises in international market competition. Jincheng Graphite will continue to upgrade graphite recycling technology, expand the production capacity of high-purity recycled graphite, enrich green product categories, and contribute to the green and sustainable development of the global graphite industry.
