中新社武汉2月15日电 题：中国氢能装备产线春节冲刺海外交付 中新社记者 张芹 "我们输出的不仅是先进的硬件设备，更是包含工艺包、数字化管理系统和全生命周期服务的中国智慧 与标准，真正实现了从'卖设备'到'卖产线'的跨越。"李维说，这意味着，客户将获得一整套能够持 续"复制"先进制造能力的工业母机与标准体系。 2月9日，工程师在生产线上调试设备。郑子颜 摄 吕锦鹏口中的这条生产线，将是中国出口项目规模最大、自动化程度最高的GW级碱性电解槽生产线。 该产线年产的电解槽可利用可再生的光伏和风电来制氢，年产氢气量规模超过4万吨，可供超万辆燃料 电池中型货车使用一年。 氢能是未来能源体系的重要组成部分，也是培育新质生产力的关键赛道，高端氢能装备则是这一赛道的 核心支撑。"这条生产线就是专门用来大规模、高效率生产'制氢装备'的智能工厂流水线，是获取绿氢 的基础。"华工科技氢能行业总监李维介绍。 依托在激光焊接、切割等领域数十年技术积累，华工科技近年来深耕氢能装备智能制造，逐步构建起覆 盖氢能"制储输用"关键环节的装备供给能力。作为中国较早实现氢能装备出口的企业，该公司海外订单 已遍及南亚、中东、欧洲等地区。 与以往单一 ...

北京市嘉源律师事务所 关于华工科技产业股份有限公司 2026 年第一次临时股东会的 法律意见书 西城区复兴门内大街 158 号远洋大厦 4 楼 中国·北京 北京市嘉源律师事务所 关于华工科技产业股份有限公司 2026 年第一次临时股东会的 法律意见书 嘉源(2026)-04-087 北京市嘉源律师事务所（以下简称"本所"）接受华工科技产业股份有限公 司（以下简称"公司"）的委托，根据《中华人民共和国公司法》（以下简称"《公 司法》"）、《上市公司股东会规则》（以下简称"《股东会规则》"）等现行 有效的法律、行政法规、部门规章、规范性文件（以下简称"法律法规"）以及 《华工科技产业股份有限公司章程》（以下简称"《公司章程》"）的有关规定， 指派本所律师对公司2026年第一次临时股东会（以下简称"本次股东会"）进行 见证，并依法出具本法律意见书。 为出具本法律意见书，本所指派律师现场见证了本次股东会，查阅了公司提 供的与本次股东会有关的文件和资料，并进行了必要的审查和验证。在前述审查 和验证的过程中，本所律师得到公司的如下承诺和保证：就本所认为出具本法律 意见书所必需审查的事项而言，公司已经提供了全部相关的原始书 ...

证券代码：000988 证券简称：华工科技 公告编号：2026-08 华工科技产业股份有限公司 2026 年第一次临时股东会决议公告 本公司及董事会全体成员保证信息披露的内容真实、准确、 完整，没有虚假记载、误导性陈述或重大遗漏。 特别提示： 1、本次股东会未出现否决提案的情形； 2、本次股东会未涉及变更以往股东会已通过的决议。 一、会议召开和出席情况 1、会议召开情况 （1）召开时间： 现场会议时间：2026年2月12日（星期四）下午14:30 网络投票时间：通过深圳证券交易所交易系统投票的时间为：2026年2月12 日上午9:15－9:25，9:30－11:30和下午13:00－15:00；通过深圳证券交易所互联 网投票系统投票的时间为：2026年2月12日9:15－15:00期间的任意时间。 （2）召开地点：武汉市东湖高新技术开发区华中科技大学科技园六路1号， 华工科技总部大楼四楼多媒体会议厅。 （3）表决方式：现场投票与网络投票相结合的方式 （4）会议召集人：华工科技产业股份有限公司第九届董事会 （5）会议主持人：公司董事长马新强先生 （6）本次会议的召开符合《中华人民共和国公司法》《深圳证券交易所股 ...

Group 1 - The evolution of small advertisements in public restrooms has transitioned from handwritten notes and stickers to laser-engraved ads, indicating a significant technological advancement [1][3][5] - The use of laser technology for engraving has become a new trend, with incidents reported where individuals were caught using laser tools to create these ads in public restrooms [6][8] - The laser machines used for these engravings are categorized into two types: laser marking, which alters the surface without removing material, and laser engraving, which removes material to create deeper impressions [9][11] Group 2 - The permanence of laser-engraved ads poses challenges for municipal departments and cleaning staff, as traditional methods of removal are ineffective, requiring more labor-intensive solutions [11][13] - The speed of engraving by offenders is significantly faster than the time required for removal, highlighting the efficiency of the technology in illicit activities [15] - The affordability and portability of laser engraving machines have drastically changed since 2010, making them accessible for misuse in public spaces [17][20] Group 3 - The decline in prices of laser technology has led to a proliferation of both legitimate and illegitimate uses, with the market for laser engraving equipment expected to reach approximately 100 billion yuan by 2024 [40] - The rise of consumer-grade laser machines has opened new markets, allowing hobbyists and entrepreneurs to engage with laser technology directly, leading to innovative applications [41][42] - Companies like x-Tool have successfully tapped into the consumer market, achieving significant sales and expanding their product offerings to include various functionalities beyond traditional engraving [44][60]

Core Insights - The optical communication chip market in China is experiencing continuous growth driven by artificial intelligence, data center expansion, consumer electronics, and 5G deployment [1][20][27] - The production and demand for optical communication chips are projected to increase significantly, with production reaching 867 million units and demand reaching 1.198 billion units in 2024, resulting in a market size of 15.16 billion yuan [1][20][27] - The market is expected to maintain rapid growth, with production estimated at 904 million units and demand at 1.249 billion units in 2025, leading to a market size of approximately 16.02 billion yuan [1][20][27] Industry Definition and Classification - Optical communication chips are defined as chips that convert optical signals and are used for generating, modulating, amplifying, and detecting optical communication signals [2][21] - These chips can be classified into laser chips and detector chips, with laser chips further divided into surface-emitting and edge-emitting types [2][21] Current Industry Status Global Market - The global optical communication chip market is projected to reach $5.43 billion in 2024, with North America accounting for $1.317 billion, Europe for $829 million, and the Asia-Pacific region for $3.048 billion [5][24] - The demand for optical communication chips is driven by the rapid development of new information technologies such as mobile internet, 5G, and cloud computing [5][24] Chinese Market - The Chinese optical communication chip market is expected to see a demand increase to 1.198 billion units in 2024, with high-speed optical communication chips accounting for approximately 13.98% of the total demand [8][27] - The market size for optical communication chips in China is projected to reach 15.16 billion yuan in 2024, with high-speed chips contributing 50.6 billion yuan [8][27] Industry Supply and Competition - The number of companies entering the domestic optical communication chip industry is increasing, leading to improved production technology and a rising domestic production rate [11][30] - The production of optical communication chips in China is expected to grow from 517 million units in 2018 to 867 million units in 2024 [11][30] Industry Value Chain - The optical communication chip industry value chain consists of upstream materials and equipment, midstream chips and modules, and downstream application markets [13][32] - The current landscape shows a monopoly in high-end materials and equipment by overseas companies, while domestic companies dominate the lower-end applications [13][32]

Group 1 - Zhongke Shuguang, based in Beijing, is a leading enterprise in high-performance computing, cloud computing, and big data, with a comprehensive self-developed technology system in computing infrastructure [1][29] - The company collaborates with top research institutions to develop quantum computing supporting technologies and has launched dedicated computing infrastructure for quantum computing [1][29] - Future prospects include becoming a core service provider for quantum computing industrialization, leveraging national computing network construction and quantum technology policies [1][29] Group 2 - iFlytek, located in Hefei, is a leader in intelligent voice and AI, focusing on the integration of quantum computing and AI applications [2][30] - The company aims to optimize AI model training efficiency using quantum computing's parallel processing advantages and explores quantum algorithms in various fields [2][30] - Future developments may lead to differentiated advantages in quantum intelligent interaction and optimization algorithms [2][30] Group 3 - Hengtong Optic-Electric, based in Suzhou, is a global leader in optical communication and energy interconnection, with a significant market share in quantum communication [3][31] - The company has developed quantum key distribution (QKD) equipment and has a market share of over 40% in quantum optical cables [3][31] - Future strategies include enhancing core devices and exploring the integration of quantum communication with marine communication [3][31] Group 4 - Aerospace Electronics, located in Beijing, is a core enterprise in aerospace electronic information, focusing on quantum sensing and navigation technologies [4][32] - The company develops high-precision aerospace sensors based on quantum effects and supports the construction of space-based quantum communication networks [4][32] - Future advancements may position the company as a key supplier in aerospace quantum technology applications [4][32] Group 5 - Zhongtian Technology, based in Nantong, specializes in optical cables and renewable energy, focusing on the infrastructure for quantum key distribution networks [5][34] - The company collaborates with other quantum technology firms to provide supporting equipment for quantum communication systems [5][34] - Future efforts may include the development of specialized optical devices and solutions for quantum communication [5][34] Group 6 - Huagong Technology, located in Wuhan, is a leader in laser processing and optoelectronic devices, focusing on core optical devices needed for quantum communication [6][35] - The company aims to become a key supplier of quantum communication components and explore quantum sensing technology applications [6][35] - Future developments may enhance the company's position in the quantum communication market [6][35] Group 7 - China West Electric, based in Xi'an, focuses on quantum sensing technology applications in power systems, developing high-precision monitoring sensors [7][36] - The company aims to enhance the stability and intelligence of power systems through quantum sensing technology [7][36] - Future strategies may solidify the company's core advantages in quantum monitoring and precision measurement [7][36] Group 8 - AVIC Optoelectronics, located in Luoyang, specializes in high-precision connectors and optoelectronic components for quantum communication and computing [8][37] - The company aims to support the miniaturization and integration of quantum devices through its advanced manufacturing capabilities [8][37] - Future developments may expand the company's role in the quantum technology supply chain [8][37] Group 9 - Southern Power Grid Digital, based in Guangzhou, focuses on digital power grid solutions and quantum key distribution technology in power systems [9][38] - The company aims to establish a quantum security protection system for critical power infrastructure [9][38] - Future initiatives may position the company as a benchmark in quantum security applications within the power industry [9][38] Group 10 - China Great Wall, located in Beijing, is a leader in self-controlled computing and information security, focusing on post-quantum cryptography [10][39] - The company develops solutions to ensure information system security in the quantum computing era [10][39] - Future advancements may enhance the company's offerings in quantum security solutions [10][39] Group 11 - Kehua Data, based in Xiamen, specializes in data center infrastructure and energy management, providing power solutions for quantum computing facilities [11][41] - The company aims to become a core supplier for quantum computing infrastructure as the industry grows [11][41] - Future developments may optimize energy solutions for quantum computing centers [11][41] Group 12 - State Grid Information Communication, located in Beijing, focuses on digital power and information communication, exploring quantum key distribution in power networks [12][42] - The company aims to enhance the security of power communication networks through quantum technology [12][42] - Future strategies may solidify the company's role in promoting quantum communication applications in the power sector [12][42] Group 13 - Tiantong Co., based in Haining, specializes in magnetic materials and sapphire crystals, focusing on high-performance sapphire substrates for quantum computing [13][43] - The company aims to become a key supplier of materials essential for quantum chip manufacturing [13][43] - Future developments may expand the application of quantum materials in various quantum devices [13][43] Group 14 - Shenzhou Information, a leader in financial technology, focuses on quantum key distribution in the financial sector [14][44] - The company aims to build a quantum security financial service system to protect financial data [14][44] - Future initiatives may enhance the integration of quantum technology in financial services [14][44] Group 15 - Qiming Star, located in Beijing, is a leader in network security, focusing on the development of post-quantum cryptography technologies [15][45] - The company aims to provide comprehensive network security solutions to protect against quantum computing threats [15][45] - Future advancements may position the company as a core service provider in post-quantum security [15][45] Group 16 - Electric Science Network Security, based in Chengdu, focuses on quantum security technologies, including quantum key distribution and post-quantum cryptography [16][47] - The company aims to become a key player in quantum security for critical information infrastructure [16][47] - Future developments may enhance the company's capabilities in quantum security solutions [16][47] Group 17 - Keda Guokai, located in Hefei, focuses on the intersection of quantum computing and big data, developing algorithms for quantum data processing [17][48] - The company aims to accelerate the industrialization of quantum computing technologies [17][48] - Future initiatives may open new growth opportunities in the intelligent software industry [17][48] Group 18 - Guangdong Measurement, based in Guangzhou, specializes in calibration and testing services for quantum technology products [18][49] - The company aims to ensure the measurement accuracy and stability of quantum devices [18][49] - Future developments may position the company as a core calibration service provider in the quantum technology sector [18][49] Group 19 - Dongxin Peace, located in Zhuhai, focuses on quantum key distribution technology for IoT security applications [19][50] - The company aims to enhance the security of IoT devices and data transmission through quantum technology [19][50] - Future initiatives may solidify the company's position in the quantum security market for IoT [19][50] Group 20 - Hengbao Co., based in Zhenjiang, specializes in smart cards and financial technology, focusing on quantum security in financial transactions [20][51] - The company aims to develop quantum secure payment systems to protect financial data [20][51] - Future developments may enhance the company's offerings in quantum security applications within the financial sector [20][51] Group 21 - Datang Telecom, located in Beijing, focuses on integrated circuit design and quantum communication chip development [21][52] - The company aims to support the miniaturization and integration of quantum devices through specialized chips [21][52] - Future advancements may position the company as a key supplier in the quantum chip market [21][52] Group 22 - Guomin Technology, based in Shenzhen, focuses on post-quantum cryptography for security chips in various industries [22][54] - The company aims to ensure the security of devices and data in the quantum computing era [22][54] - Future developments may enhance the company's capabilities in the quantum security chip market [22][54]

证券之星消息，2月9日湖北国企改革板块较上一交易日上涨1.78%，三峡新材领涨。当日上证指数报收 于4123.09，上涨1.41%。深证成指报收于14208.44，上涨2.17%。湖北国企改革板块个股涨跌见下表： | 代码 | 名称 | 收盘价 | 涨跌幅 | 成交量(手) | 成交额(元) | | --- | --- | --- | --- | --- | --- | | 600293 | 三峡新材 | 3.78 | 5.00% | 103.82万 | 3.94亿 | | 000988 | 华工科技 | 76.94 | 4.09% | 54.59万 | 42.07亿 | | 300557 | 理工光科 | 36.09 | 3.35% | 3.86万 | 1.39亿 | | 000707 | 双环科技 | 6.68 | 2.30% | 17.48万 | 1.17亿 | | 000509 | 华塑控股 | 3.52 | 1.73% | 16.34万 | 5750.51万 | | 600757 | 长江传媒 | 9.24 | 1.65% | 11.12万 | 1.02亿 | | 000422 | 湖北宣化 | 1 ...

国泰中证机床ETF（159667）成立日期2022年10月12日，最新规模9.3亿。今年以来收益7.85%，同类排 名866/5579；近一年收益57.71%，同类排名428/4289；成立以来收益71.24%。 2月9日，华工科技涨5.02%，截至发稿，报77.63元/股，成交17.91亿元，换手率2.33%，总市值780.57亿 元。 声明：市场有风险，投资需谨慎。 本文基于第三方数据库自动发布，不代表新浪财经观点，任何在本 文出现的信息均只作为参考，不构成个人投资建议。如有出入请以实际公告为准。如有疑问，请联系 biz@staff.sina.com.cn。 资料显示，华工科技产业股份有限公司位于湖北省武汉市东湖高新技术开发区华中科技大学科技园6路1 号，成立日期1999年7月28日，上市日期2000年6月8日，公司主营业务涉及激光器、激光加工设备及成 套设备、激光全息综合防伪标识、激光全息综合防伪烫印箔及包装材料、光器件与光通信模块、光学元 器件、电子元器件。主营业务收入构成为：光电器件系列产品49.08%，敏感元器件25.46%，激光加工 装备及智能制造产线21.97%，激光全息膜类系列产品2.77% ...

2月5日，华工科技大宗交易成交10.16万股，成交额758.24万元，占当日总成交额的0.31%，成交价74.63 元，较市场收盘价74.63元持平。 | 交易日期 | 证券代码 | 证券简称 | 成交价格 | 成交量 | 成交金额 (万元) | 买方营业部 | 卖方营业部 | | --- | --- | --- | --- | --- | --- | --- | --- | | | | | (元) | (万股/万份) | | | | | 2026-02-05 | 000988 | 华工科技 | 74.63 | 10.16 | 758.24 机构专用 | | 中信证券股份有限 公司上海分公司 | ...

当前，全球人工智能、智能网联汽车等产业迅速发展，算力市场迅猛增长，这些有着"数据高速公路"之称的光模块正是用于算力中心内部数据传输的重要 部件，市场对光模块的需求持续攀升。 "订单已经排到2026年第四季度，产线24小时满负荷运转。"华工科技子公司华工正源副总经理许其建告诉长江日报记者，这两天，他一边牵头谋划产能提 升，一边忙着筹备最新样品，对接一批北美客户。 许其建介绍，2025年高速光模块产品国内基地同比增长111%，海外基地增长500%。产品主要供应全球头部互联网公司，广泛应用于AI推理、模型训练等 场景。他透露："今年，我们计划在现有基础上，将800G、1.6T高速光模块产能再提升50%以上，全力满足市场需求。" 华工正源研发场景。企业供图 华工正源研发场景。企业供图 展望"十五五"，华工科技党委书记、董事长、总裁马新强表示，这是公司从"国内领先"迈向"全球有影响力的科技企业"的战略跃升期，公司要深度融入 AI，推动经营管理全环节与AI融合，按"基础层""平台层""应用层"AI三层架构完善产品布局，以"有组织的创新"与"自由探索式创新"双轮驱动优化创新模 式，并升级全球化经营能力，实现从"产品出海"到 ...