【SMM Steel】Algerian President Tebboune recently inaugurated a 950-kilometer railway constructed in collaboration with China. The line connects the Gara Djebilet iron ore mine in the western desert region to the cities of Tindouf and Bechar. This railway enables the first shipments of iron ore from the long-planned mine, a project involving partnerships between Algerian state miner Sonarem and China's Sinosteel. From Bechar, existing rail networks link to the Mediterranean coast, supplying raw materials to a Turkish-operated steel complex in Oran. The project aims to diversify Algeria's economy, which currently relies heavily on hydrocarbon exports for revenue.

Rare earth permanent magnet concept stocks have been repeatedly active. As of Friday's close, BGRIMM Technology, which focuses on the R&D, production, sales, and services of mining and metallurgical equipment as well as magnetic materials, achieved five consecutive daily limit-ups. Huayang New Materials, whose subsidiary's business scope includes the recycling and utilization of high-magnetic rare earth materials, recorded three consecutive daily limit-ups. On the news front, the Ministry of Commerce stated that it reviews export license applications for rare earth-related items in accordance with laws and regulations, has approved a certain number of compliant applications, and will continue to strengthen the approval process for compliant applications. Ma Yan, an analyst at Caida Securities, pointed out in a research report on April 1 that assuming shipments of humanoid robots reach 890,000 units by 2030, the demand for rare earth permanent magnet materials in the humanoid robot sector is projected to reach 3,115 mt. The explosive growth in the market size of humanoid robots is expected to bring broad incremental space to the rare earth permanent magnet industry . Li Chao and Wang Qinyang, analysts at Guojin Securities, pointed out in a research report on February 20 that rare earth permanent magnets, as excellent magnets that currently balance performance and cost, are the top choice for magnetic components in humanoid robots and magnetic materials for low-altitude aircraft , and the dividends from industry chain integration are expected to gradually materialize. Emphasis should be placed on the layout opportunities brought about by "supply-side reform," integration, and the catalyzing effect of humanoid robots. Choice data shows that rare earth permanent magnet concept stocks that received institutional surveys in the past two months (April 14 - June 14) include Sinomine Resource Group, Shenghe Resources, JL MAG Rare-Earth, Xiamen Tungsten, Yahua Group, Zhenghai Magnetic Material, DMEGC, Lizhong Group, Zhongju Hi-Tech, Zhong Ke San Huan, Longi Magnet, China Northern Rare Earth, Xinlaifu, China Nonferrous Metal Industry's Foreign Engineering and Construction Co., Ltd., Goldwind Science&Technology, Instyle, GEM, Wuchan Zhongda Group, NCS Testing Technology Co., Ltd., Jintian Copper, Yian Technology, Advanced Powder Materials, and Sinosteel NMC . The specific situations are as follows: Among the above-mentioned rare earth permanent magnet concept stocks that received institutional surveys, publicly listed firms that have clearly responded regarding their "rare earth permanent magnet" related business situations mainly include Shenghe Resources, JL MAG Rare-Earth, Xiamen Tungsten, Zhenghai Magnetic Material, Zhong Ke San Huan, Longi Magnet, China Northern Rare Earth, Instyle, GEM, and Jintian Copper . Shenghe Resources disclosed an investor relations activity record on June 10, stating that the company maintains a close and good market cooperation relationship with major domestic rare earth concentrate suppliers . In addition, the company has signed long-term supply agreements for rare earth concentrates with Sichuan Hedi Mining, US MP Materials, Peak Rare Earths, and others, establishing a diversified supply channel for rare earth concentrates and providing sufficient raw material guarantees for the company's downstream businesses such as rare earth smelting and separation. Additionally, the imports of ore from Myanmar have been significantly influenced by the local situation, exhibiting fluctuating characteristics. The company will continue to closely monitor the situation of ore from Myanmar. During a survey conducted by institutions on June 13, JL MAG Rare-Earth stated that after the implementation of export control measures on medium-heavy rare earth-related items, the company had initiated export declaration work in accordance with relevant national regulations. It had also successively obtained export licenses issued by national authorities. The export regions include the US, Europe, and Southeast Asia, among others. The company exports magnetic materials, components, and motor rotors in compliance with laws and regulations. The company has established production facilities in Ganzhou, Jiangxi, a major production area for heavy rare earths, and in Baotou, Inner Mongolia, a major production area for light rare earths. The company has established long-term strategic cooperative relationships with major suppliers of rare earth raw materials, including China Northern Rare Earth Group and China Rare Earth Group. In 2024, the procurement amount from these two groups accounted for 63% of the company's total annual procurement. On May 21, Xiamen Tungsten disclosed the record of investor relations activities, indicating that since the second half of 2024, rare earth prices have generally shown a steady upward trend. If this trend continues, the price center of rare earths will gradually rise, and the fluctuation range will narrow compared to the past. In terms of magnetic material capacity layout, Jinlong Rare Earth has achieved an annual production capacity of 12,000 mt at its Changting base and is currently planning new capacity projects at its Changting and Baotou bases. Upon full commissioning of these two projects, Jinlong Rare Earth's magnetic material capacity will reach 22,000 mt. At the performance briefing on May 15, Zhenghai Magnetic Material, when answering the question "What rare earth permanent magnet projects are currently under construction?", stated that the construction of the third phase of 6,000 mt capacity at the company's Nantong base will adjust the investment pace and method in a timely manner based on changes in the external economic environment. The company's sales of high-performance NdFeB permanent magnet materials have achieved seven consecutive years of growth. During a survey conducted by institutions on May 23, Zhong Ke San Huan stated that the current export control measures on medium-heavy rare earth-related items mainly involve the company's NdFeB permanent magnet material products containing dysprosium and terbium. Exporting these products requires declaration and approval before they can be exported. The company has proactively taken measures to initiate export declarations in accordance with relevant regulations at the earliest opportunity, and has already obtained export licenses for a small number of orders. The company's main products are NdFeB permanent magnet materials, which are currently widely used in automobiles (including NEVs), consumer electronics, industrial robots, computers, energy-efficient home appliances, wind power, industrial motors, and other fields. Longi Magnet disclosed the record of investor relations activities on May 27, stating that building a capacity of 60,000 mt for permanent ferrite magnetic tiles has always been a medium and long-term goal . The company will make more optimizations in capacity layout integration, existing capacity utilization, and efficiency improvement, striving to increase capacity through low-cost expansion methods and controlling the pace of capacity release based on downstream demand. The technological transformation and upgrading work at the production sites in Lujiang, Jinzhai, and Vietnam have all shown initial results, and the expected capacity this year will reach 50,000 mt. China Northern Rare Earth stated during an institutional survey on May 21 that the company holds an optimistic view on the future price trend of rare earths . Currently, the upstream supply of rare earths is showing a steady growth trend, thanks to the country's scientific planning and rational development of rare earth resources, as well as the continuous progress in rare earth mining technology. Although the release speed of downstream consumer demand has not met expectations to a certain extent, the fluctuation range of mainstream product prices has significantly narrowed, indicating that the supply-demand relationship is gradually moving towards balance. This balance not only helps stabilize market expectations but also provides a solid foundation for the healthy development of the rare earth industry. On the demand side, the continuous growth in demand for rare earth products in fields such as new energy and high-tech has become a strong driving force for the development of the rare earth industry. During an institutional survey on June 12, Instyle stated that the company's products are mainly delivered through domestic bonded zones and domestic sales channels, and do not involve direct exports to the United States. Export control measures affect businesses involving products containing medium-heavy rare earths dysprosium and terbium, and the company has been handling relevant procedures in compliance with national laws, regulations, and customer order requirements . The company's core competitive advantages mainly lie in its advantages in magnetic circuit design and production manufacturing processes, its advantages in high-quality customer resources, and its advantages in having the origin of rare earths and lower electricity costs in Baotou. GEM stated at the earnings presentation on May 6 that the company has currently conducted technological reserves in the recycling of permanent magnetic materials in the dismantling and recycling field and has reserved the wet process for recycling and synthesizing rare earth oxides. The company has been continuously monitoring the market for rare earth permanent magnets and actively developing the recycling and utilization of rare and scattered metals such as germanium, gallium, indium, and rare earths, as well as expanding the recycling of energy metals like nickel, cobalt, and lithium. Jintian Stock disclosed the record of investor relations activities on May 23, stating that the company has been engaged in the magnetic materials business since 2001. Currently, the company has two magnetic material production sites in Ningbo and Baotou . The first phase of the Baotou site has been put into operation, and the company's annual capacity for rare earth permanent magnets has increased by 4,000 mt on the original basis. The company's rare earth permanent magnet products are widely used in multiple high-end fields, including NEVs, wind power generation, high-efficiency energy-saving motors, robots, consumer electronics, and medical devices.

SMM News on May 26: In recent years, solid-state batteries have gradually gained market acceptance due to their advantages over traditional lithium batteries, including higher safety, higher energy density, and longer cycle life. The combined effects of policy support, technological breakthroughs, and market demand have also brought unprecedented development opportunities to the solid-state battery market. Leveraging their unique advantages, solid-state batteries are gradually opening doors to emerging application fields such as eVTOL (electric vertical takeoff and landing aircraft) and robotics, while accelerating their penetration into rigid demand scenarios like consumer electronics and electric vehicles (EVs), potentially giving rise to a vast trillion-yuan-scale market. It is worth mentioning that there have been frequent positive developments in the solid-state battery sector recently. On May 22, according to CCTV News, the China Society of Automotive Engineers officially released the group standard "Determination Method for All-Solid-State Batteries," which, for the first time, clarifies the definition of all-solid-state batteries, addressing issues such as vague industry definitions and the lack of testing methods, thereby laying the foundation for technological upgrades and industrial applications. The new standard stipulates that for a battery to be classified as an "all-solid-state battery," ion transfer must occur exclusively through a solid electrolyte, establishing a strict technical demarcation from hybrid solid-liquid electrolyte batteries. The core research point of this group standard is a test method for liquid substance content based on weight loss rate, which involves vacuum heating to measure the weight loss rate. When the sample shows no visible liquid and the weight loss rate is below 1%, it is classified as an all-solid-state battery. Supported by multiple rounds of validation tests, this method boasts a low error rate and stable results, applicable to various mainstream technological approaches. In addition, on May 21, CCTV News reported that researchers from the Shenyang National Laboratory for Materials Science at the Institute of Metal Research, Chinese Academy of Sciences, led by Researcher Wang Chunyang, in collaboration with an international team, recently achieved a significant breakthrough. They developed an inorganic/organic composite solid-state electrolyte using a three-dimensional electronically insulating yet mechanically elastic polymer network, effectively suppressing lithium metal deposition, interconnection, and the resulting short-circuit failures within the solid-state electrolyte, thereby significantly enhancing its electrochemical stability. This research finding was published in the Journal of the American Chemical Society on May 20. SMM has compiled recent developments related to solid-state batteries from major enterprises, as detailed below: [CATL: Small-Batch Production of All-Solid-State Batteries Expected in 2027] During an investor activity survey in mid-May, CATL stated that the company is continuously and resolutely investing in all-solid-state batteries, with its technology at the forefront of the industry. Small-batch production is expected to be achieved in 2027. [BYD: Anticipates Large-Scale Commercialization of Solid-State Batteries After 2030, Covering 40,000 Mainstream Car Models] BYD has been engaged in the R&D of solid-state batteries since 2013 and plans to conduct demonstration applications from 2027 to 2029. It will adopt a technological combination of sulphide electrolyte + high-nickel ternary cathode + silicon-based anode, achieving an energy density of 400Wh/kg (double that of traditional batteries). The first batch of 1,000 high-end car models will be equipped with this battery, with a driving range exceeding 1,000 kilometers, and external supply will also commence simultaneously. It is expected to achieve large-scale commercialisation after 2030, with the goal of achieving "parity between solid-state and liquid-state batteries" through large-scale production and process optimisation. By 2030, it will cover 40,000 mainstream car models, and by 2033, installations will reach 120,000 units, gradually replacing liquid-state batteries. [Gotion High-tech: Has completed construction of the first pilot line for all-solid-state batteries, with a designed capacity of 0.2 GWh] During a previous survey of investor activities, Gotion High-tech mentioned that the company is focusing on breakthroughs in new-type battery technologies such as solid-state batteries and accelerating the industrialisation process of R&D achievements. With long-term R&D investment, the company has successfully established a semi-solid-state battery product system covering various forms including cylindrical, prismatic, and pouch, with specific product models and performance indicators tailored to the development and production needs of different customers. The company has achieved significant breakthroughs in all-solid-state battery technology, launching the automotive-grade all-solid-state battery "Jinshi Battery". The energy density of the battery cells in the company's Jinshi Battery pilot samples has reached 350 Wh/kg, with a 150% increase in single battery capacity compared to previous models, reaching 70 Ah. Meanwhile, the preload force has decreased by 90%, requiring only MPa-level pressure to operate. In addition, the Jinshi Battery has passed a series of rigorous safety tests, including nail penetration, thermal box, external short circuit, overcharge, and squeeze tests, demonstrating excellent safety performance. Meanwhile, the preliminary development and application work of the Jinshi all-solid-state battery PACK system has been completed, and on-board road testing has commenced. The company will continue to promote the commercial application process of all-solid-state batteries as planned. In addition, Gotion High-tech also stated that the company has completed construction of the first pilot line for all-solid-state batteries, with a designed capacity of 0.2 GWh. Currently, the Jinshi Battery is in the pilot production stage. Meanwhile, the company has officially initiated the design work for the first-generation mass production line of all-solid-state batteries, laying the foundation for future mass production. For relevant progress, please refer to the company's publicly disclosed information. [Delphi Technologies: Will accelerate the industrialisation of solid-state batteries] The company has established a pilot production line for solid-state battery samples in Shanghai and is conducting various technical tests. Currently, the company possesses the capability to trial-produce various samples and can tailor corresponding solutions according to customer needs in different application scenarios and various technical requirements. Based on the development and validation of solid-state battery customers and market demand, the company is currently actively promoting and implementing the subsequent pilot line and mass production line bases. In terms of solid-state batteries, the company will combine market demand to accelerate the industrialisation of its solid-state batteries and apply them to NEVs, drones, robots, power tools, and other fields as soon as possible to seize market opportunities. [Farasis Energy: The company's solid-state battery commercialisation progress is leading, with shipments ranking among the top in the industry] Farasis Energy previously stated on an investor interaction platform that the company's solid-state battery commercialisation progress is leading, with shipments ranking among the top in the industry. The first-generation semi-solid-state battery entered mass production and vehicle installation in 2022. The second-generation semi-solid-state battery is expected to enter mass production in H2, and will be first applied in high-value scenarios such as the low-altitude economy and humanoid robots, which is expected to further boost revenue from solid-state battery products. In terms of customer cooperation, the company's solid-state battery products have gained recognition from leading customers across multiple fields, including GAC, Dongfeng, SANY, FAW Jiefang, a leading US eVTOL customer, a leading domestic flying car customer, Shanghai EHang, and Geely AeroHT. [Sunwoda: Sunwoda plans to achieve an energy density breakthrough of over 700Wh/kg for all-solid-state batteries by 2027] According to relevant media reports, Sunwoda has developed two generations of aviation battery products based on semi-solid-state technology, with energy densities reaching 320Wh/kg and 380Wh/kg, respectively. Sunwoda plans to achieve an energy density breakthrough of over 700Wh/kg for all-solid-state batteries by 2027 and is planning to construct a 1GWh all-solid-state battery capacity. [Mingtai Aluminum and Great Power Energy reach strategic cooperation, focusing on solid-state batteries, sodium-ion batteries, and other fields] Mingtai Aluminum and Great Power Energy signed a strategic cooperation framework agreement. The two parties will establish a strategic partnership focusing on the R&D, product supply, technology development, and capacity layout of new-type batteries such as solid-state batteries and sodium-ion batteries. Meanwhile, they will leverage their respective operational capabilities and material collection capabilities to promote the recycling and application of secondary aluminum alloy in the field of new energy batteries. According to the agreement, Great Power Energy will prioritize the use of Mingtai Aluminum's products for the supporting development of battery projects in solid-state batteries or other fields. [Fangyuan Share: Can produce high-nickel ternary cathode materials for solid-state batteries, but cannot disclose specific customer information] When asked about the company's "main material layouts for solid-state batteries and which manufacturers it supplies to," Fangyuan Share stated that it can produce high-nickel ternary cathode materials for solid-state batteries, but cannot disclose specific customer information due to confidentiality agreements. [BMW: The world's first BMW i7 test vehicle equipped with an all-solid-state battery officially starts road testing] Around May 23, the BMW Group announced that the world's first BMW i7 test vehicle equipped with an all-solid-state battery officially started road testing in Munich. This move marks a new stage in the cooperation between the BMW Group and Solid Power, a pioneer in solid-state battery technology, as the all-solid-state battery technology transitions from laboratory verification to real-vehicle application, setting a new benchmark in the field of electric mobility. [Sinosteel NMC: The company has been keeping track of cutting-edge battery technologies, including solid-state batteries, and maintaining good interactions with downstream customers and research institutions] Sinosteel NMC, whose main products include rare earth permanent magnets, permanent magnet devices, soft magnetic materials, and devices, stated when asked about the progress of solid-state batteries that it has been keeping track of cutting-edge battery technologies, including solid-state batteries, and maintaining good interactions with downstream customers and research institutions. [Haichen Pharmaceutical: Solid-State Battery-Related Business Has Not Yet Generated Revenue] After the cumulative deviation in the closing price increase exceeded 30% over three consecutive trading days on May 21, May 22, and May 23, Haichen Pharmaceutical issued an announcement on abnormal stock price fluctuations, mentioning that the company had noticed the recent high market attention to the concept of solid-state batteries. The company's layout in the solid-state battery sector primarily involves its holding subsidiary, Anqing Huichen Technology Co., Ltd. (hereinafter referred to as "Anqing Huichen"), jointly investing with Sichuan Saike Power Technology Co., Ltd. (hereinafter referred to as "Saike Power"), Yibin Ronggu New Material Technology Center (Limited Partnership), Mr. Cao Xichen, and Mr. Yan Meiqiang to establish a joint venture company, Sichuan Luochen New Material Technology Co., Ltd. (hereinafter referred to as "Sichuan Luochen"). This joint venture was established and completed its industrial and commercial registration on February 11, 2025, focusing on the development, optimization, and industrialisation of adhesive materials related to new energy batteries, including solid-state batteries. As of now, Sichuan Luochen is conducting small-scale pilot process development for relevant adhesive products and has not yet sent samples to customers or received orders. It is expected to have no significant impact on the company's profits for the current year. [Binhai Energy: Currently Advancing the R&D of Silicon Carbon Anode Materials for Solid-State Batteries Across Various Systems (Including Sulphides)] On May 23, Binhai Energy responded to investor inquiries on an interactive platform, stating that the company is currently advancing the R&D of silicon carbon anode materials for solid-state batteries across various systems (including sulphides). Pilot testing is currently underway, and customer sample submissions will be conducted in due course. The company will promptly disclose any subsequent progress in accordance with laws, regulations, and exchange requirements. Investors are advised to note the investment risks. [Changan Automobile: Achieving Solid-State Battery On-Board Verification in 2026] Changan Automobile stated in its investor relations activity record that over the next three years, the company will launch 35 new digital and intelligent vehicles. Among them, Changan Qiyuan will introduce 10 products, Deepal will introduce 10 products, and Avatr will introduce 7 products. In the field of three electric systems (battery, motor, and electric control), the company will comprehensively iterate its core technologies. From 2025 to 2026, it will complete the investment and construction of a 50GWh battery cell production capacity for CATL Changan, with a total production capacity reaching 75GWh. It aims to achieve solid-state battery on-board verification in 2026 and gradually advance the mass production of all-solid-state batteries in 2027, with an energy density of 400Wh/kg. [Desay Battery: The Company's Solid-State Battery-Related Products Are Still in the R&D Process, with No Clear Mass Production Plan Currently] Desay Battery stated on an investor interaction platform that the company's solid-state battery-related products are still in the R&D process, with no clear mass production plan currently. SMM previously estimated that the global penetration rate of all-solid-state batteries would be around 0.1% in 2025, expected to reach approximately 4% by 2030, and could potentially hit around 9% by 2035. Within the new energy battery sector, SMM projects that by 2030, the penetration rate of all-solid-state batteries in this sector is expected to reach about 5%. The demand from high-end EVs for high safety and long driving range has made solid-state batteries a key choice. However, further long-term penetration growth hinges on the logic of scale expansion and cost reduction. 》Click to view details Therefore, since the beginning of 2025, large enterprises have been deploying or announcing the latest progress of their respective solid-state battery products. With ongoing technological advancements, the market generally believes that all-solid-state batteries are expected to enter the small-batch vehicle installation stage in 2027 and achieve large-scale mass production by 2030. Regarding the solid-state battery index, from the beginning of the year to the end of April, the index rose by 5.38%. Since the beginning of May, the index has also increased by over 4%, with the overall center significantly shifting upward compared to 2024.

2025 The 3rd China (Jiangxi) International Green Mining Expo The 3rd China (Jiangxi) International Green Mining Expo 2025 Date: November 3-5, 2025 Venue: Nanchang Greenland International Expo Center [Exhibition Introduction] Jiangxi Province boasts superior metallogenic geological conditions and abundant mineral resources, making it one of China's important bases for non-ferrous, rare, rare earth, and uranium minerals, with a relatively high degree of mineral resource integration. Jiangxi's seven major mineral resources, including copper, tungsten, rare earth, uranium, tantalum-niobium, gold, and silver, are known as the "Seven Golden Flowers." Among them, tungsten and ion-adsorption rare earth ores hold significant positions in the global mining industry, earning Jiangxi the titles of "World Tungsten Capital" and "Rare Earth Kingdom." The non-ferrous metal industry is Jiangxi's only traditional advantageous industry exceeding 500 billion yuan, serving as the "ballast stone" of Jiangxi's manufacturing sector and its largest pillar industry. Jiangxi is also the largest non-ferrous metal province in China. According to Jiangxi's "2+6+N" industrial high-quality leapfrog development action plan, the province's non-ferrous metal industry is expected to achieve a main business income of one trillion yuan. This mining expo is planned to cover an exhibition area of 30,000 m², with over 500 participating enterprises and more than 50,000 professional visitors. Invited renowned enterprises include BHP, Nonferrous Mining, Baosteel Group, Codelco, China Gold, Zijin Mining, Minmetals, Ansteel Mining, Western Mining Co., Ltd., Zhaojin Mining, Yuxi Dahongshan Mining, Silvercorp Metals, Caterpillar, FLSmidth, Liebherr, TAKRAF, Normet, Epiroc, Siemens, Metso Outotec, XCMG, Valin, Tongling Nonferrous Metals, Fujian Metallurgy, Chalco, Weir Minerals, GE, Mitsubishi Electric, Shenyang LONGi, Liming Heavy Industry, and other domestic and overseas mining producers and equipment manufacturers. To support the healthy and sustainable development of Jiangxi's mining industry in the new era and accelerate the widespread application of new products, technologies, and equipment, the 3rd China (Jiangxi) International Green Mining Expo will be held at the Nanchang Greenland International Expo Center from November 3 to 5, 2025. Government leaders, experts, scholars, corporate executives, and association leaders will be invited to analyze industry development trends, explore new momentum, and seek development ideas, jointly creating a global mining cooperation platform of "innovation, cooperation, development, and win-win." [ Invited Visitors and Sources ] Over 20 domestic government agencies and industry associations—from iron ore, non-ferrous metal mines, gold mines, rare earth mines, manganese mines, non-metallic mines, chemical minerals, cement mines, coal mines, etc. Nearly 3,000 professional buyers from over 30 countries—including Russia, Mongolia, Kazakhstan, Tajikistan, Kyrgyzstan, Ukraine, Poland, Brazil, Chile, Peru, South Africa, India, Indonesia, Australia, Canada, the US, etc. Over 300 mining design institutes and mining engineering contractors—including Beijing General Research Institute of Mining & Metallurgy, Changsha Institute of Mining Research, Sinosteel Maanshan Institute of Mining Research, MCC Group, China ENFI, China Nonferrous Metal Industry's Foreign Engineering and Construction Co., Ltd., China Nerin, Kunming Metallurgical Research Institute, Handan and Xingtai Mining and Metallurgy Research Institute, Anshan Metallurgical Design and Research Institute, MCC Northern, MCC Changtian, MCC Capital, 15th Metallurgical Construction Group, Changchun Gold Research Institute, Kunming Nonferrous Metals Research Institute, Changsha Mining and Metallurgy Research Institute, etc. [ Concurrent Events ] 2025 China Green Mining Development Forum 2025 Asia Smart Mining Development Forum 2025 Global Mining Sustainable Development Forum 2025 Mining Digital Intelligence High-Quality Development Summit [ Exhibition Scope ] Large mining enterprise image display, metal mineral products, non-metallic mineral products, mineral product trade, mine planning, engineering design, construction units, mining rights trading, mining rights investment and financing cooperation, government and industry institutions, etc. Geological (mining) exploration technology and equipment: geophysical exploration, geochemical exploration, aerial survey and remote sensing, surveying and mapping, geological data processing, mineral product analysis, laboratory instruments. Mining technology and equipment: excavation equipment, drilling and blasting equipment, loading equipment, transportation equipment (excavators, loaders, underground mining vehicles, mining dump trucks), lifting equipment, drilling, construction machinery, etc. Mineral processing equipment: crushing equipment, screening equipment, mine grinding equipment, conveying equipment (hydraulic transmission equipment), etc. Mineral beneficiation technology and equipment: flotation equipment, magnetic separation equipment, gravity separation equipment, electrostatic separation equipment, classification equipment, thickening equipment, filtration equipment, beneficiation reagents, and other mining chemicals. Mineral smelting technology and equipment: hydrometallurgy, electrolytic smelting technology and equipment, pyrometallurgy, high-temperature metallurgy technology and equipment, etc. Mining environmental protection and energy-saving equipment: tailings filling and treatment equipment; mining pumps and valves; mining waste and wastewater treatment; ventilation, dust removal equipment; digital mines, mining electrical, mining communication, mining logistics, etc. [Media Promotion] China Mining News, Natural Resources News, Jiangxi Daily, Jiangxi TV Economic Channel, Dajiang Net Finance Channel, Jiangxi Net, China.com, China Daily Net, China Finance Net, and 65 other authoritative financial media; Sohu, NetEase, Toutiao, and 10 other mass self-media platforms; China Mining Net, China Excavator Net, Smart Mining Online, Green Intelligent Mining Net, Metal Processing, and 53 other leading professional media, along with 180 other industry-related professional media; Baidu Promotion, 360 Promotion, and other online search platforms comprehensively cover key word search customers; [Exhibition Details] ★ Standard booth (3m×3m): Domestic enterprises: RMB 9,800/booth; Foreign enterprises: RMB 15,800/booth; ★ International brand booth (9 m², luxury decoration): RMB 12,800/booth; Foreign enterprises: RMB 18,800/booth; ★ Indoor bare space (starting from 36 m²): Domestic enterprises: RMB 1,000/m²; Foreign enterprises: RMB 2,000/m²; Booth equipment: two light tubes, one wastebasket, display board, header board, one table and two chairs, air conditioning, lighting, security, cleaning, etc. Note: Bare space does not provide any exhibition facilities, and special decoration management fees and utility fees charged by the venue are the responsibility of the exhibitor and their special decoration contractor. [Organizing Committee Secretariat] Contact: Jia Song, 150-9306-7551 (WeChat), 138-3921-4033 (WeChat)

SMM Flash: Humanoid Robot Sales Surge Boosts Rare Earth Permanent Magnet Concept, Myanmar Mine Clearance Imminent, Spot Rare Earth Under Pressure. According to CCTV Finance, humanoid robot producers are overwhelmed with orders, overseas tech bloggers are enamored with domestic robots, and the anticipated demand for humanoid robots is driving the rare earth permanent magnet concept higher. Additionally, the expected continuous growth in demand for rare earth permanent magnet materials from downstream industries such as NEVs, along with sector valuation recovery, led to a rise in the rare earth permanent magnet concept on March 26. By the close of the 26th, the rare earth permanent magnet concept index rose by 1.89%, with stocks like Yujing Technology, Huahong Technology, and Tianhe Magnetic Materials hitting the limit up.

Sinosteel New Material: Currently, the negative electrode coating material for lithium batteries is mainly used in power, consumer, and energy storage lithium-ion battery negative electrode fields. Recently, an investor asked Sinosteel New Material on the investor interaction platform, "Can the company's production of negative electrode coating materials be used in the field of drones and flying car batteries?" The company replied that it mainly engages in the research and development, production, and sales of negative electrode coating material products. Currently, the negative electrode coating material for lithium batteries is mainly used in power, consumer, and energy storage lithium-ion battery negative electrode fields.