根据北交所最新披露的信息，2026年1月27日，科建高分子材料（上海）股份有限公司IPO的状态从已 受理变更为已问询。 根据北交所最新披露的信息，2026年1月27日，科建高分子材料（上海）股份有限公司IPO的状态从已 受理变更为已问询。 ...

青山区委书记、武汉化工区党工委书记余志成表示，此次签约是双方深化校地合作、推动科技创新与产 业创新深度融合的重要举措。华中科技大学将为青山区先进材料产业的高质量发展提供强大助力。青山 区将围绕石化、钢铁、新材料新能源三大主导产业，与华中科技大学化学与化工学院携手构建"政产学 研金服用"深度融合的创新联合体。 华中科技大学化学与化工学院院长谭必恩表示，学院将集中核心科研力量，与青山区紧密携手，推动科 研成果加速落地转化，共同打造校地合作与产学研融合的标杆典范。 中化新网讯1月9日，武汉市青山区与华中科技大学化学与化工学院举行签约仪式。双方将合作建设武汉 先进高分子材料产业技术研究院，并在先进高分子材料创制与产业转化，围绕先进高分子微球、先进光 电功能高分子材料、先进能源高分子材料等技术方向达成合作共识。 ...

Group 1 - The core viewpoint of the article highlights the establishment of a new R&D and production base by Tianjin Lianlong New Materials Co., Ltd. in Johor, Malaysia, with an investment of $300 million, focusing on anti-aging materials, lubricating materials, and bio-based materials [4][6] - The R&D center and the first phase of the project are expected to be operational by the first quarter of 2027, aiming to provide reliable and efficient solutions for global polymer material and lubricating oil customers [4][6] - A strategic cooperation framework agreement was signed between Lianlong and the specialty chemicals company, Lubrizol, to leverage their respective technological advantages in lubricant additive development and manufacturing [6][7] Group 2 - Lianlong is recognized as the only domestic and one of the two global companies offering a full range of anti-aging polymer materials and application technologies, with a comprehensive product line in lubricant additives [7] - In the first three quarters of 2025, Lianlong achieved a revenue of 4.509 billion yuan, representing a year-on-year growth of 5.7%, and a net profit attributable to shareholders of 392 million yuan, reflecting a 24.9% increase [7] - The article also discusses the upcoming "2026 Advanced Nylon Industry Innovation and Application Development Conference" scheduled for March 19-20, 2026, in Guangzhou, focusing on technology innovation and market development in the nylon industry [9][10] Group 3 - The conference aims to gather over 300 domestic and international nylon enterprises and industry experts to explore high-quality development paths for the industry [11] - It will feature more than 20 expert presentations and discussions on new trends, materials, and applications, as well as specialized activities for networking and collaboration [11][12] - The agenda includes sessions on terminal trends, nylon modification, and innovative material selection, addressing challenges and opportunities in various sectors such as automotive and electronics [14][15]

Core Viewpoint - Lushan New Materials has officially launched a new type of battery-free dual-mode electronic skin, aiming to become a key supplier of materials and solutions for humanoid robots and smart terminals during the 14th Five-Year Plan period [1][2]. Group 1: Product Launch and Technology - The newly launched electronic skin utilizes "pressure-temperature" dual-mode integrated sensing technology, allowing it to capture both pressure and temperature changes simultaneously, providing richer environmental information [1]. - Compared to traditional capacitive and piezoresistive sensors, the battery-free electronic skin offers high sensitivity and a high signal-to-noise ratio, making it responsive to subtle forces like fingertip touches and pulse beats [1]. - The materials used in the electronic skin are soft and stretchable, allowing for close adherence to complex surfaces of robot joints and fingertips without affecting movement freedom [1]. Group 2: Strategic Transformation - The launch of the electronic skin represents a significant step for Lushan New Materials in its transformation from a functional materials supplier to a solution provider, aligning with the demands of the humanoid robot and artificial intelligence industries [2]. - The company is leveraging over 20 years of experience in functional materials to develop key supporting materials for emerging industries, particularly in the humanoid robot sector [2]. Group 3: Market Applications and Future Prospects - The electronic skin is expected to open up important applications in various fields, including smart manufacturing, health monitoring, and human-machine interaction, enhancing robots' tactile feedback and collaborative capabilities [3]. - Lushan New Materials aims to collaborate with integration companies and research institutions to explore the practical value of electronic skin in real-world scenarios [3]. Group 4: Company Background and Development Strategy - Established in 1998, Lushan New Materials focuses on the research, production, and sales of green, high-performance functional polymer materials, with applications in renewable energy, optical displays, and composite materials [3][4]. - During the 14th Five-Year Plan period, the company is concentrating on the electronic consumer and renewable energy sectors, promoting the development of advanced new materials [4]. - The company plans to enhance its market share through new product promotions and continuous technological innovation, aiming to solidify its competitive position in the renewable energy materials sector [4].

Core Viewpoint - Lushan New Materials has officially launched a new type of battery-free dual-mode electronic skin, aiming to become a key supplier of materials and solutions for humanoid robots and smart terminals during the 14th Five-Year Plan period [1][2]. Group 1: Product Launch - The new battery-free electronic skin features "pressure-temperature" dual-mode integrated sensing technology, allowing it to capture both pressure and temperature changes, providing richer environmental information [1]. - Compared to traditional capacitive and piezoresistive sensors, the battery-free electronic skin offers high sensitivity and high signal-to-noise ratio, making it sensitive to subtle forces like fingertip touches and pulse beats [1][2]. Group 2: Material and Cost Advantages - The materials used in the battery-free electronic skin are soft and stretchable, allowing for a close fit to complex surfaces like robot joints and fingertips without affecting movement freedom [2]. - The core sensitive materials are based on polymers and ion compounds, which can be optimized for cost control, indicating significant potential for large-scale application [2]. Group 3: Strategic Transformation - The launch of the electronic skin represents a significant step for Lushan New Materials in transitioning from a functional materials supplier to a solution provider, leveraging over 20 years of experience in functional materials [2][3]. - The company is actively responding to the demands of the humanoid robot and artificial intelligence industries by developing a series of key supporting materials [3]. Group 4: Market Applications - The electronic skin is expected to enable robots to have tactile feedback, enhancing accuracy and safety in tasks such as grasping [3]. - In health and energy monitoring, the electronic skin can provide real-time monitoring support for rehabilitation devices, smart wearables, and lithium batteries [3]. - The company aims to explore the practical value of electronic skin in real-world scenarios through collaboration with integration enterprises and research institutions [3]. Group 5: Growth Strategy - Founded in 1998, Lushan New Materials focuses on the research, production, and sales of green, high-performance functional polymer materials, with applications in various fields including renewable energy and optical displays [4]. - During the 14th Five-Year Plan period, the company is concentrating on electronic consumer products and renewable energy, promoting the development of advanced new materials [5]. - The company plans to enhance market share through new products and projects, implementing a dual-driven development strategy to solidify its market position [5].

1、报告期营业收入较去年同期增长约9%，销售毛利率较去年同期有所提升，毛利额较去年同期增加较 多。2、2024年度，东莞松山湖高分子材料产业园及银禧新材料珠海生产基地建成投产，2024年因搬迁 等各方面原因费用较大，2024年度东莞松山湖高分子材料产业园及银禧新材料珠海生产基地合计亏损约 1200万，2025年上述公司实现盈利。 格隆汇1月21日丨银禧科技(300221.SZ)公布，预计2025年归属于上市公司股东的净利润11,000万元– 12,000万元，同比上年增长114%-133%，扣除非经常性损益后的净利润10,550万元–11,550万元，同比上 年增长107%-127%。 ...

每经头条（nbdtoutiao）——特朗普强要格陵兰岛，丹麦一养老基金率先清仓美债，美国资产全线下 跌！欧洲手握"金融核按钮"，双方会"鱼死网破"吗？专家解读→ （记者 王瀚黎） 每经AI快讯，银禧科技1月21日晚间发布业绩预告，预计2025年归属于上市公司股东的净利润1.1亿元 ~1.2亿元，同比增长114%~133%；业绩变动主要原因是，报告期营业收入较去年同期增长约9%，销售 毛利率较上年同期有所提升，毛利额较上年同期增加较多。2024年度，东莞松山湖高分子材料产业园及 银禧新材料珠海生产基地建成投产，2024年因搬迁等各方面原因费用较大，2024年度东莞松山湖高分子 材料产业园及银禧新材料珠海生产基地合计亏损约1200万，2025年上述公司实现盈利。 ...

南财智讯1月21日电，银禧科技发布年度业绩预告，预计2025年全年归属于上市公司股东的净利润为 11,000万元—12,000万元，同比增长114%—133%；归属于上市公司股东的扣除非经常性损益的净利润 为10,550万元—11,550万元，同比增长107%—127%。净利润变动原因为：预计2025年度公司归属于上 市公司股东的净利润与去年同期相比增长114%—133%，业绩变动主要原因如下：1、报告期营业收入 较去年同期增长约9%，销售毛利率较去年同期有所提升，毛利额较去年同期增加较多。2、2024年度， 东莞松山湖高分子材料产业园及银禧新材料珠海生产基地建成投产，2024年因搬迁等各方面原因费用较 大，2024年度东莞松山湖高分子材料产业园及银禧新材料珠海生产基地合计亏损约1200万，2025年上述 公司实现盈利。 ...

银禧科技公告，预计2025年度净利润同比增长114%-133%，预计净利润为1.1亿元–1.2亿元。业绩变动主 要原因为：1、报告期营业收入较去年同期增长约9%，销售毛利率较去年同期有所提升，毛利额较去年 同期增加较多。2、2024年度，东莞松山湖高分子材料产业园及银禧新材料珠海生产基地建成投产， 2024年因搬迁等各方面原因费用较大，2024年度东莞松山湖高分子材料产业园及银禧新材料珠海生产基 地合计亏损约1200万，2025年上述公司实现盈利。 ...

Core Viewpoint - Lushan New Materials (鹿山新材) is focusing on the development of packaging materials for high-performance solar cells, specifically targeting perovskite, P-type heterojunction (HJT), and gallium arsenide batteries to support the implementation of space photovoltaic technology [1][2] Group 1: Perovskite Battery Packaging - The company has developed a specialized thermoplastic film for perovskite batteries characterized by "low corrosion, high barrier, and strong compatibility," addressing sensitive industry pain points in packaging processes [1] - This product has been validated by leading companies in the perovskite battery sector, such as Xina Photonics and GCL-Poly, with some clients entering mass production [1] - The company is building a patent barrier around low-temperature crosslinking and multilayer composite packaging technologies [1] Group 2: P-type Heterojunction Battery Packaging - Since 2020, the company has been collaborating with Junshi Energy to develop packaging materials for P-type heterojunction batteries, achieving significant bonding strength at the battery-module interface [1] - This technology is currently in small-scale validation with leading aerospace manufacturers, potentially accelerating the large-scale application of P-type heterojunction batteries in space photovoltaic fields [1] - Future directions include "spectrum optimization, radiation resistance enhancement, and ultra-thin flexible packaging" to improve conversion efficiency and environmental resilience under space conditions [1] Group 3: Gallium Arsenide Battery Packaging - The flexible packaging solution for gallium arsenide batteries significantly enhances adhesion to polyimide films, effectively protecting sensitive battery structures and accommodating large curvature deformations without stress concentration risks [2] - This solution has been validated by multiple leading aerospace companies since 2022 and has begun mass supply, providing technical support for the commercial application of gallium arsenide batteries in the aerospace sector [2] - The company aims to meet the customization, reliability, and cost-effectiveness demands of space photovoltaics by focusing on "packaging materials and process solutions" and deepening industry-academia-research collaborations [2]