2025年12月15日稀土市场行情： 根据包头稀土产品交易所显示，今日稀土主流产品价格小幅调整。氧化镨钕均价57.84万元/吨，微跌 0.06万元/吨；金属镨钕均价70.24万元/吨，微跌0.21万元/吨；氧化镝均价137.75万元/吨，上涨0.41万元/ 吨；氧化铽均价629.14万元/吨，下跌1.74万元/吨。今日询价氧化钕、氧化镨、氧化镧铈、氧化铕、氧 化钇等产品成交信息较少，请慎重参考。周初稀土市场延续此前走势，镨钕产品价格继续保持弱稳运 行，除少数刚需成交，市场交投有限。中重稀土市场保持少量刚需成交，近期氧化钇活跃度有所增长。 整体来看，稀土市场整体氛围偏淡，下游需求变化较小，近期稀土价格或继续保持弱稳走势。 A股市场部分稀土永磁概念股行情表现（2025年12月15日） | 0人气龙头 | | | | | --- | --- | --- | --- | | 厦门钨业 | 陆股通增 | 昨日连板 | 涨跌幅 流通值 | | 600549 | | | +2.29% 604.63亿 | | 入选理由:中重稀土开采量A股第二,2022年离子型稀土 | | | | | (中重)的开采控制量为3440吨,市占率 ...

2025年12月9日稀土价格一览 2025年11月，中国稀土进口量为5,221.0吨，环比下降25.32%，同比减少53.91%；进口金额9.0亿元，环 比减少7.78%，同比增长18.57%。稀土出口量为5,493.9吨，环比增长26.49%，同比增长24.42%；出口金 额3.5亿元，环比减少12.50%，同比增加34.62%。 版权及法律问题声明 | | | 中钨在线稀土产品报价表 | | | | | --- | --- | --- | --- | --- | --- | | | | 2025年12月9日 | | | | | 产品名称 | | 规格/含量/牌号 | 中钨在线报价 | 涨跌 | 車位 | | | 氧化铜 | La2O3/TREO 99.5-99.9% | 4,400.00 | - | 元/吨 | | | 氧化葫 | Eu2O3/TREO 99.95-99.99% | 170.00 | l | 元/千克 | | を | 氧化错 | Pr6011/TREO 99.0-99.9% | 600.000.00 | L | 元/吨 | | 稀 十 | 氧化紋 | Nd2O3/TREO 99.0-99. ...

Group 1: Financial Performance - The company achieved profitability in the first half of 2025 due to a rise in rare earth market prices and effective marketing strategy adjustments, resulting in a year-on-year sales growth [2] - The reversal of inventory impairment provisions positively impacted profits, in accordance with accounting standards [2] Group 2: Production and Supply - The company adhered to its annual production plan and adjusted production volumes based on the total production control plan [3] - The company sources rare earth materials from its own mines in Hunan and through market-based procurement, ensuring high-quality and stable supply [3] Group 3: Market Impact and Export - The recent export controls on medium and heavy rare earths have minimal direct impact on the company's sales and performance, as international revenue accounts for less than 5% of total revenue [3] - The company produces various rare earth products, including light rare earths like praseodymium and neodymium oxides, leveraging southern ion-type mines for processing [3]