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风电碳纤维需求暴涨,精工科技签约运达能源
DT新材料· 2026-02-04 16:05
【DT新材料】 获悉,2月3日, 精工科技 与运达能源科技集团股份有限公司(简称" 运达能源 ")举行战略合作签约仪式。 围绕大型化、轻量化风电装备发展需求,双方表示将在"碳纤维+"新材料应用 、精密制造、联合科研攻关、绿电协同、综合能源解决方案应用等多方面 展开深入合作,通过优势互补双向赋能,联合推进关键材料国产化和工程化应用。 轻量化材料 风电产业迈向规模化、高质化、智能化发展的新阶段,对材料性能、制造工艺与产业链协同提出了更高要求。充 分发挥运达能源在风电整机与新能源 解决方案方面的产业优势,与精工科技共同攻关海上风电叶片关键材料技术 ,构建更加安全、自主、稳定的供应链体系,合力推动新能源材料与制造 能力整体升级。 资料显示, 运达股份 是一家总部位于浙江杭州的省级国有上市企业,专注于新能源领域,尤其在风电设备制造与服务方面具有深厚积淀和行业领先地 位。 据悉,2025年的中国碳纤维行业,彻底告别了产能狂飙的野蛮时代,进入"产能稳增、产量提速、结构优化"的理性发展期 。 从型号产量来看,2025年 T300/T400 级别碳纤维产量达 63883 吨,占比 71.31%,产量及占比较去年均大幅提升, 核 ...
15.24亿!2GWh固态电池项目中标公示
DT新材料· 2026-02-04 16:05
【DT新材料】 获悉, 2月4日, 广东建工 公告称,全资子公司广东四建与中联合创设计有限公司组成的联合体成为"年产 2GWh三维固态锂电池智能 制造 (江西余干)生产基地项目"的中标单位,中标金额为15.24亿元。 根据招标文件,该项目总占地面积100亩,拟建总建筑面积167000.00平方米,容积率>2.5。其中拟建生产车间面积117000.00平方米、研发中心 面积10000.00平方米、仓库面积10000.00平方米。 据悉,2025年10月15日,余干高新区联合黄金埠镇人民政府与 三维(陕西)电池技术有限公司 (以下简称"三维电池")成功签约年产2GWh固态电 池智能制造项目落户余干高新区,签约金额达17亿元。 三维(陕西)电池技术有限公司 成立于2024年12月3日,注册资本36000万元,法定代表人为王昊。 是一家专注于电池技术研发与生产的企业, 股东 为 国瑞供应链有限公司 和三维国恒(陕西)电池能源科技合伙企业(有限合伙),持股比例分别为70%和30%。 目前,公司固态电池领域有多 个项目布局,除了上述项目之外,还有: 2025年06月19日,福建省龙岩市生态环境局就年产1GWh三维固态锂电 ...
10+亮点抢先看!第11届生物基大会暨展览|5.20-22 上海
DT新材料· 2026-02-04 16:05
关键词| 生物基大会 生物基材料作为实现双碳目标的重要路径、助力我国产业链自主可控,并拥有万亿市场潜力,已成为全球战略重点,更是我国"十五五"重点规划产 业。 浙江省全省生物基高分子材料重点实验室 、 宁波德泰中研信息科技有限公司(DT新材料) 站在关键节点,以推动行业绿色低碳转型为目标,搭建全 球交流合作平台——生物基大会暨展览(Bio-based)。 作为生物基行业盛会风向标, # 第11届生物基大会暨展览(Bio-based 2026) 布局" 9大主题论坛 + 9大同期活动 + 1000 个新品展示 + 1 场创新评选 &颁奖 ",将邀请产业化专家、行业领袖与终端品牌分享 产业趋势、前沿科技创新、创新材料与下游应用、需求与趋势、项目路演、成果转化等 关键 话题,以助推产业绿色低碳转型。 展会正在火热报名中, 诚邀您 参会、新品发布、参展、参选DT新叶奖 ,共同跨越新周期,澎湃新生机! Bio-based 2026 会务组 2026年 5 月 20-22 日(周三-周五) 中国 · 上海富悦大酒店 朱锦研究员 :给研究者展示新技术的平台,给生产者找到应用客户,给下游客户找到产品新方向,为政府寻找新技术, ...
诚志股份,4万吨/年超高分子量聚乙烯项目投产
DT新材料· 2026-02-04 16:05
/扫码加入行业交流群/ 【DT新材料】 获悉,2月4日, 诚志股份 发布公告,公司青岛华青投资建设POE 项目及超高分子量聚乙烯项目已完成全部设备安装调试以及试生产准 备工作,近日,超高分子量聚乙烯装置实现一次性投料试车成功,装置运行稳定并顺利产出粒度均匀、品质优良的产品。 据悉,该项目超以青岛诚志华青为实施主体,投资235,275万元,总占地528亩。 项目一期建设4万吨/年超高分子量聚乙烯生产线,同时建设辅助生产 设施区和库房。此外,项目还规划建设2×10万吨/年POE装置 。 项目装置采用"釜式淤浆工艺",在催化剂活性、聚合工艺与分子量分布控制等核心环节实现了系统性技术集成与创新,有力保障了试车过程的高效平稳 与产品品质的稳定可靠, 有效延长了公司烯烃产业链,降低市场对基础化工原材料供应商的制约,进一步提升了公司的市场竞争力。 超高分子量聚乙烯(UHMWPE)是一种分子量极高的线性聚乙烯,在高端制造、能源、医疗等领域具有不可替代性。其冲击强度是普通聚乙烯的10~ 20倍,甚至超越PC和ABS,在-40℃低温环境下仍保持优异韧性, 可用于防弹装甲、深海绳缆等抗冲击场景 。另外,UHMWPE的耐磨性居塑料之 ...
一年两代三款机器人!西南首个→全球首个,这家机器人企业厉害了!
DT新材料· 2026-02-04 16:05
Core Viewpoint - The article highlights the rapid development and market potential of the emotional interaction humanoid robot "AIQ" by Sichuan Embodied Humanoid Robot Technology Co., Ltd. (EIR), which has received nearly a thousand order inquiries since its debut, indicating strong demand in various sectors [2][4]. Company Overview - Sichuan Embodied Humanoid Robot Technology Co., Ltd. was established in September 2024 and launched its first commercial humanoid robot, "Tianxing 1," in December of the same year. The company has since developed multiple iterations, including "Tianxing 2," and the latest "AIQ," showcasing significant advancements in humanoid robotics within a short timeframe [4][6]. - The company anticipates annual revenue to exceed 100 million yuan by 2026, reflecting its growth trajectory and market confidence [4]. Product Development - The "Tianxing 2" robot features 55 degrees of freedom, enabling highly realistic movements and significant improvements in performance, perception, and spatial intelligence compared to its predecessor [6]. - The development of the "Tianxing" series demonstrates EIR's transition from general control to emotional intelligence in humanoid robots, marking a critical leap from laboratory validation to engineering implementation [6]. Industry Context - The global nylon market is projected to surpass $47 billion, with ongoing innovations in high-performance and functional nylon polymers driving new applications in sectors such as electric vehicles, electronics, and humanoid robotics [13]. - The upcoming "2026 Advanced Nylon Industry Innovation and Application Development Conference" aims to address challenges and strategies in nylon technology innovation and application development, focusing on emerging industries like humanoid robots [13][7]. Event Details - The conference will take place on March 19-20, 2026, in Guangzhou, featuring discussions on nylon's role in various applications, including humanoid robots, and will gather industry leaders and experts for knowledge sharing and collaboration [7][15]. - The event will include specialized activities such as a terminal supply-demand exchange meeting and a visit to Xiaopeng Motors, enhancing networking opportunities within the industry [18][17].
FINE2026 先进电池展火热招展:机器人/eVTOL电池、固体电池、钠电池、数据中心储能......
DT新材料· 2026-02-03 16:05
先进电池与能源材料展 2026年6月10-12日 上海新国际博览中心 主办单位: DT先进电池 DT新材料 DT未来产业 参展 联系 章群群 15314597971(微信同号) 曾 瑶 18958254586(微信同号) 扫码参展 一、 展会介绍 高安全、长续航、低成本的电池技术是智能汽车、机器人、低空经济、人工智能、消费电子、通信 ......等新兴和未来产业发展最重要的需求之一,是各国竞相发展的下 一代电池技术,也是全球科学研究和投资热点。 2026未来产业新材料博览会 ( FINE2026) 特设 先进电池与能源材料展区 ,以终端应用需求引领,重点聚焦 "人形机器人电池" 、 "智能汽车电池" 、 "低空飞行器电 池" 、 "商业航天电池" 、 "AI数据中心储能" 、 " 通信储能储能 "等核心场景,展示最先进的电池系统、固态电池、钠电池、正负极、干法电极、电解质、隔膜、集流 体、3D打印以及电池制造技术与材料。 同期, 第十届国际碳材料产业展览会 (Carbontech 2026) ,进一步强化国内少有的 "酚醛树脂—多孔材料—硅基负极"、 " 石墨烯 -碳纳米管-炭黑"、"活性炭—硬/软碳—电 容 ...
成立才半年,固态电池新秀,获10亿投资意向!
DT新材料· 2026-02-03 16:05
【DT新材料】 获悉,1月30日下午, 光年引擎 "光启纪元·驱动未来"全球产品技术发布会在苏州成功举办。 发布会系统展示了其 在启停电池、小动力及储能领域的全矩阵产品与技术路线,并现场完成多项战略合作签约。现场签约订单金额突破3000万元人民 币,公司同时宣布获得10亿元意向战略融资 。 资料显示, 光年引擎(苏州)科技有限责任公司 ,成立于2025年7月7日,总部位于苏州高新区。公司法定代表人为刘闯,经营范围涵盖新能源汽车电 池、储能系统、智能车载设备等前沿技术领域 光年引擎正式发布全球首款全场景全固态电池LY-70与LY-25, 并宣布实现"发布即量产"。依托车规级固态电池技术,公司推出与整车同寿命的启停 电池产品,旨在解决市场价格高与售后维护难的核心痛点,推动固态电池技术进入规模化商用阶段。 公司业务一方面承接内部用电体系,另一方面积极拓展商业创新与落地场景。 切入汽车后市场启停电池领域,正是基于对用户"价格高、使用烦"两大 痛点的深度回应。 发布的12V启停锂电与钠电系列产品, 以"与车同寿命"为核心特点,搭载车规级高功率电芯及自研BMS系统,具备多重安全防护、低温强启与智能均 衡功能,寿命达市面竞 ...
碳纤维背板龙头光大同创,签约中复神鹰和机器人公司
DT新材料· 2026-02-03 16:05
【DT新材料】 获悉, 2月3日, 光大同创 发布公告, 北京中科慧灵机器人技术有限公司 日前与 公司 及 迪洛斯人工智能科技 正式签署《人形机器人 及具身智能领域合作框架协议》。 三方将围绕人 形机器人最关键的"骨骼"与"皮肤"——结构件与外观件的轻量化新 材料展开定向研发,并通过"技术—产能"的深度绑定机制,为中科慧 灵CASBOT灵宝系列人形机器人的工程化与规模化交付夯实基础。 根据协议,双方将摒弃传统简单采买模式,直接进入联合研发阶段, 围绕中科慧灵下一代人形机器人在关节高动态响应及"中间加固超薄空心腔体"等 高难度结构需求, 协同开展碳纤维及先进复合材料的微观结构设计与工艺参数寻优,力图在材料物理极限内实现性能突破,提升机器人本体的抗冲击 性、可靠性与能效比。 资料显示, 光大同创 成立于2012年3月20日,于2023年4月18日登陆创业板。公司 拥有多家子公司,厦门奔方材料、苏州领新智能等从事 碳纤维复合 材料生产以及碳纤维背板加工相关业务。 公司是消费电子防护及功能件领域的头部企业之一 。率先实现消费电子级碳纤维的量产,良品率达95%,成本较日本东丽低20%,在轻量化材料领域 构建了坚实的技术 ...
一文详解相变储能材料封装技术研究进展!
DT新材料· 2026-02-03 16:05
Core Viewpoint - Phase Change Materials (PCMs) are materials that store and release energy through phase transitions, effectively regulating temperature and thermal resistance. The encapsulation of PCMs is essential to prevent leakage and enhance thermal conductivity, with various encapsulation methods being explored to improve their performance [1]. Group 1: Encapsulation Methods - Microencapsulated Phase Change Materials (MEPCMs) consist of a core PCM surrounded by a shell made of polymers or inorganic materials, typically ranging from 1 to 1000 μm in size. This structure prevents leakage and increases heat transfer efficiency [2][3]. - The encapsulation structure of MEPCMs is influenced by the type of encapsulation materials and preparation processes, with common organic shell materials including melamine-formaldehyde resin, polyurethane, polystyrene, and polymethyl methacrylate, while silica is a common inorganic shell material [3]. - Various preparation methods for microencapsulation include spray drying, interfacial polymerization, suspension polymerization, emulsion polymerization, coacervation, and sol-gel methods, each with distinct advantages and disadvantages [4][6]. Group 2: Porous Carrier Encapsulation - Porous carrier encapsulation has gained attention due to its ability to enhance thermal conductivity and stability of PCMs. Common porous materials include metal foams, polymer foams, carbon-based materials, and porous ceramics [8][9]. - Direct immersion is a traditional method for encapsulating PCMs in porous materials, utilizing capillary action to fill the pores with molten PCMs. This method has shown promising results in thermal stability and heat capacity [9]. - Vacuum adsorption improves the encapsulation efficiency by removing air and moisture during the process, allowing for better PCM absorption in porous media [10]. Group 3: Advanced Encapsulation Techniques - In situ assembly allows for simultaneous preparation of porous networks and encapsulation, achieving high loading without leakage. This method has demonstrated significant improvements in thermal conductivity [11]. - Physical-chemical encapsulation methods, such as coacervation and sol-gel processes, combine the benefits of physical and chemical methods to achieve a balance between encapsulation rate and stability [11]. - Nanocapsules, with sizes ranging from 1 to 1000 nm, can be produced using similar methods as MEPCMs, offering higher surface area and thermal efficiency [12]. Group 4: Solid-Solid PCMs - Solid-solid PCMs do not leak during phase transitions and exhibit high structural stability, making them suitable for thermal energy storage. Their preparation methods include molecular structure transitions and chemical bonding techniques [17][18]. - Research on metal-based solid-solid PCMs has shown promising results, with materials like Ni-Mn-Ti demonstrating high thermal cycling stability and adjustable phase transition temperatures [18]. Group 5: Industry Events - The third Phase Change Materials Innovation and Application Forum will be held from April 16-18, 2026, in Guangzhou, focusing on academic and industry collaboration to explore the latest advancements in the PCM field [18].
百亿改性塑料大厂,今日上市!
DT新材料· 2026-02-03 16:05
Core Viewpoint - Guoen Co., Ltd. is advancing its internationalization strategy by issuing H-shares at a price of HKD 36.00 per share, set to be listed on February 4, 2026, on the Hong Kong Stock Exchange, aiming to enhance its capital operation platform and support the dual circulation strategy in China [2]. Group 1: Company Overview - Guoen Co., Ltd. was established in 2000 and focuses on two core industries: large-scale chemicals and health [3]. - The company was listed on the Shenzhen Stock Exchange in 2015 [3]. Group 2: Health Sector - In the health sector, Guoen holds a controlling stake in Dongbao Biological, which specializes in collagen products, including gelatin, blood plasma gelatin, collagen protein, and beauty products, with applications in medicine, beauty, health, and food [4]. Group 3: Chemical Sector - In the chemical sector, Guoen has developed a cluster of new chemical materials, including green petrochemicals, organic polymer modifications, and biodegradable materials, establishing long-term partnerships with major clients like Hisense, Gree, TCL, Huawei, BOE, and CATL [5]. - The company has announced a new project for producing 20,000 square meters of aviation-grade acrylic glass, with an investment of CNY 560 million, aimed at becoming a key supplier of aviation transparent materials in China [6]. Group 4: Production Capacity - Current production capacities include: - Organic polymer modification: 1.08 million tons, with 300,000 tons under construction - Organic polymer composite materials: 400,000 tons, with 100,000 tons under construction - Green petrochemical materials: 900,000 tons, with 1.02 million tons under construction - Polystyrene (PS): 600,000 tons per year from the first phase of a project, with a second phase of 400,000 tons underway [7][8]. Group 5: Financial Performance - In 2024, Guoen achieved a total revenue of CNY 19.22 billion, a year-on-year increase of 10.21%, with a net profit of CNY 676 million, up 45.18% [9]. - For the first three quarters of 2025, the company reported total revenue of CNY 15.497 billion, a 9.44% increase year-on-year, and a net profit of CNY 615 million, up 34.24% [10].