Looking forward to the future, the global strong magnet annual production will continue to maintain a growth trend, but the growth rate may tend to be stable. At the same time, the industry will show trends such as continuous optimization of product structure, accelerated integration of the industrial chain, and in-depth advancement of green and intelligent production. In response to these trends and the existing challenges, enterprises and governments need to take active measures to promote the high-quality development of the strong magnet industry.

In terms of future production trends, first, high-performance and high-value-added products will become the main direction of production growth. With the continuous upgrading of downstream industries, the demand for strong magnets with higher coercivity, temperature resistance, and corrosion resistance will continue to increase. For example, the offshore wind power sector has a higher demand for large-size magnets, and the magnetic material dosage of a single 15MW wind turbine is 40% higher than that of onshore wind turbines. The new energy vehicle industry will also put forward higher requirements for the performance of magnets to improve the cruising range and power performance of vehicles. Second, the integration of the industrial chain will be further accelerated. In order to ensure the stability of the supply chain and reduce production costs, strong magnet manufacturers will strengthen the integration of upstream and downstream industries. For example, some leading enterprises have carried out layout in the field of rare earth raw materials through mergers and acquisitions to realize the vertical integration of the industrial chain. In 2022, Jili Permanent Magnet acquired Yintai New Materials to improve the layout of rare earth raw materials, and its production capacity increased to 23,000 tons per year. It is expected that the industry integration will intensify in the next three years, and the scale of M&A transactions may exceed 5 billion US dollars. Third, green and intelligent production will become the mainstream. Under the background of global carbon neutrality, enterprises will further increase investment in energy conservation and emission reduction, promote the recycling of resources, and reduce the environmental impact of the production process. At the same time, the application of intelligent manufacturing technologies such as industrial robots and digital production lines will be more extensive, which will help improve production efficiency and product quality. It is expected that the proportion of global flexible production lines will reach 28% in 2025. Fourth, emerging application fields will bring new growth space for production. Fields such as maglev transportation and quantum computing are emerging application areas of strong magnets. The demand for strong magnetic materials in these two fields is expected to reach 800 million US dollars and 300 million US dollars respectively in 2025. With the continuous maturity of these fields, they will become new driving forces for the growth of strong magnet production.

In order to promote the healthy development of the strong magnet production industry, enterprises should take a series of strategic measures. First, strengthen technological innovation and increase R&D investment. Enterprises should focus on the research and development of high-performance, low-rare earth, and rare earth-free magnetic materials, and master core technologies to improve product competitiveness. At the same time, they should strengthen industry-university-research cooperation, accelerate the transformation of scientific and technological achievements, and shorten the R&D cycle of new products. Second, optimize the layout of the supply chain and establish strategic reserves of raw materials. Enterprises should strengthen cooperation with raw material suppliers to ensure the stable supply of raw materials. At the same time, they should establish strategic reserves of rare earth resources to cope with the risks of raw material price fluctuations and supply shortages. Third, carry out differentiated competition and expand market space. Small and medium-sized enterprises should avoid homogeneous competition with leading enterprises and focus on niche markets such as medical equipment and consumer electronics to find development opportunities through differentiated products. Fourth, respond to trade barriers and expand the international market. Enterprises can adopt the model of overseas investment and construction of factories to realize localized production and sales, avoid trade barriers, and reduce production and operation costs. At the same time, they should actively participate in the formulation of international standards and enhance their right to speak in the international market.

Governments of various countries should also provide policy support for the development of the strong magnet industry. First, improve the policy system for the rare earth industry and strengthen the management of rare earth resources. Governments should formulate scientific and reasonable rare earth mining and smelting plans to ensure the sustainable development of rare earth resources. At the same time, they should strengthen the supervision of the rare earth market and maintain the order of the rare earth market. Second, increase investment in basic research and support the research and development of core technologies. Governments should increase financial support for the research and development of magnetic materials and encourage enterprises and scientific research institutions to carry out in-depth research on key technologies. Third, optimize the business environment and promote the integration and development of the industry. Governments should simplify administrative approval procedures, reduce the burden on enterprises, and encourage enterprises to carry out mergers and acquisitions and restructuring to improve industry concentration. Fourth, strengthen international cooperation and jointly respond to global challenges. Governments should strengthen communication and cooperation with other countries in the fields of rare earth resources, technological innovation, and trade, and jointly maintain the stability and security of the global strong magnet industry chain and supply chain.

In conclusion, the global strong magnet annual production is in a stage of rapid growth, with obvious regional agglomeration characteristics and continuous optimization of product structure. Driven by downstream demand, technological innovation, and policy support, the industry will continue to maintain a growth trend in the future. However, it also faces challenges such as fluctuations in raw material prices, technological substitution, and trade barriers. Only by strengthening technological innovation, optimizing the supply chain layout, carrying out differentiated competition, and strengthening policy support can the strong magnet industry achieve sustainable development and make greater contributions to the global energy transition and industrial upgrading.