来源：上海证券报·中国证券网 上证报中国证券网讯 渝三峡A12月24日晚间公告，为促进双方建立全方位、深层次的战略合作关系，充 分发挥双方在各自领域的优势，围绕新技术、新材料在重要领域的应用，公司于近日与广州工控建设发 展有限公司（简称"工控建发"）签署了《战略合作框架协议》，旨在推进双方在辐射制冷等新业务领域 的商业化转化与规模化推广，实现经济效益、社会效益与品牌效益的同步提升。 资料显示，工控建发注册资本3.9亿元，法定代表人梁春华，注册地位于广州市荔湾区中南街道观海路9 号C2栋505室，经营范围包括特种设备出租、土地使用权及住房、非居住房地产租赁、物业管理、承接 总公司工程建设业务、招投标代理服务、环保咨询服务、房屋建筑和市政基础设施项目工程总承包、建 筑劳务分包、住宅室内装饰装修、建设工程监理勘察设计等。 根据协议，在合作中，工控建发将在辐射制冷、石墨烯涂料等新业务领域提供匹配的应用场景，配合渝 三峡A做好项目衔接，提供场景落地所需的资源对接、需求挖掘、场景迭代优化等全周期支持。渝三峡 A则根据提供的应用场景，提供全流程技术支持，包括但不限于透射膜、反射膜、透明涂料、光伏涂料 及石墨烯涂料等产品，并 ...

智通财经APP讯，渝三峡A(000565.SZ)发布公告，公司(乙方)与广州工控建设发展有限公司(以下简 称"工控建发"、"甲方")为促进双方建立全方位、深层次的战略合作关系，充分发挥双方各自优势领 域，围绕新技术、新材料在重要领域的应用，共同推进双方在辐射制冷等新业务领域的商业化转化与规 模化推广，实现经济效益、社会效益与品牌效益的同步提升，双方于近日签署了《战略合作框架协 议》。 此次合作内容包括：甲乙双方旨在通过各自拥有的技术、业务资源等优势，积极探索并推动新技术、新 材料在重要领域的应用，从而实现节能降耗、绿色低碳，共同推进双方在辐射制冷、石墨烯涂料等新业 务领域的商业化转化与规模化推广。甲方为实现前述目的，在辐射制冷、石墨烯涂料等新业务领域提供 匹配的应用场景，配合乙方做好项目衔接，提供场景落地所需的资源对接、需求挖掘、场景迭代优化等 全周期支持。乙方根据甲方提供的应用场景提供全流程技术支持，提供包括但不限于透射膜、反射膜、 透明涂料、光伏涂料及石墨烯涂料等产品，并持续投入研发资源，针对项目场景需求进行技术迭代与材 料创新，与甲方协同开展业务测试与推广，共同助力构建核心竞争力。 ...

此次合作内容包括：甲乙双方旨在通过各自拥有的技术、业务资源等优势，积极探索并推动新技术、新 材料在重要领域的应用，从而实现节能降耗、绿色低碳，共同推进双方在辐射制冷、石墨烯涂料等新业 务领域的商业化转化与规模化推广。甲方为实现前述目的，在辐射制冷、石墨烯涂料等新业务领域提供 匹配的应用场景，配合乙方做好项目衔接，提供场景落地所需的资源对接、需求挖掘、场景迭代优化等 全周期支持。乙方根据甲方提供的应用场景提供全流程技术支持，提供包括但不限于透射膜、反射膜、 透明涂料、光伏涂料及石墨烯涂料等产品，并持续投入研发资源，针对项目场景需求进行技术迭代与材 料创新，与甲方协同开展业务测试与推广，共同助力构建核心竞争力。 渝三峡A(000565.SZ)发布公告，公司(乙方)与广州工控建设发展有限公司(以下简称"工控建发"、"甲方") 为促进双方建立全方位、深层次的战略合作关系，充分发挥双方各自优势领域，围绕新技术、新材料在 重要领域的应用，共同推进双方在辐射制冷等新业务领域的商业化转化与规模化推广，实现经济效益、 社会效益与品牌效益的同步提升，双方于近日签署了《战略合作框架协议》。 ...

人民财讯12月24日电，渝三峡A(000565)12月24日公告，公司与广州工控建设发展有限公司(简称"工控 建发")为促进双方建立全方位、深层次的战略合作关系，围绕新技术、新材料在重要领域的应用，共同 推进双方在辐射制冷等新业务领域的商业化转化与规模化推广，双方近日签署了《战略合作框架协 议》。 ...

每经AI快讯，有投资者在投资者互动平台提问：公司目前在氢能源行业处于什么发展阶段，财报中未 披露该项的相关收入，是否有实质的业务展开？ 渝三峡Ａ（000565.SZ）12月12日在投资者互动平台表示，公司主要从事高性能工业防腐涂料的生产及 销售，今年以来并购重庆蔚蓝时代节能技术有限公司，切入辐射制冷新材料赛道。具体信息敬请关注公 司前期已披露信息。 （文章来源：每日经济新闻） ...

Core Viewpoint - The article emphasizes that energy conservation and emission reduction are becoming the strongest innovation drivers in the materials industry, particularly highlighting the emerging technology of Radiative Cooling, which allows materials to cool themselves without energy input [2][4]. Group 1: Industry Trends - The Radiative Cooling technology is inspired by natural phenomena, where the Earth's surface radiates heat into space at night, leading to lower temperatures than surrounding air [2]. - This technology is advancing from a "material-based" phase to an "application-oriented, system-driven" engineering transformation phase, integrating passive cooling functions into various applications such as vehicle cooling and electronic device thermal management [4]. Group 2: Company Developments - Nippon Paint has launched a Radiative Cooling exterior wall coating system that can reduce surface temperatures by 5-8°C compared to traditional exterior paints under strong sunlight [6]. - Three Trees has developed a series of Radiative Cooling coatings that outperform traditional insulation paints in reducing air conditioning energy consumption [8]. - Carpoly's innovative nano self-cleaning cooling coating combines self-cleaning and cooling effects, maintaining long-term reflective performance [9]. - AkzoNobel has a mature layout in exterior wall insulation systems, focusing on a reflective and radiative cooling system for energy efficiency [10]. - Meitu's high-reflective non-electric cooling coating can lower surface temperatures by over 7°C in summer compared to conventional white paint [11]. - Yashi Chuangneng focuses on passive energy-saving materials, developing a Radiative Cooling coating that integrates with waterproof and insulation systems [13]. - Fustar emphasizes a non-electric cooling coating that achieves surface cooling of 4-6°C without energy consumption [15]. - Valspar's research in passive cooling focuses on high-reflective resin systems for industrial roofs and energy storage stations [17]. - Moguang New Energy's water-based Radiative Cooling coating balances environmental friendliness and efficient cooling [19]. - Keshun is developing self-cleaning Radiative Cooling coatings suitable for roofs and curtain walls [21]. - Zhongxi Yitu's rare earth Radiative Cooling coating significantly enhances cooling efficiency through high emissivity in the infrared band [24]. - Chuangleng Technology specializes in non-electric cooling paints for vehicles, achieving temperature reductions of 5-10°C [26]. - Weilan Times is developing Radiative Cooling coatings for various applications, including building rooftops and photovoltaic supports [28]. - Yuangjingang New Materials is known for its super-hydrophobic Radiative Cooling coatings that maintain high reflectivity [30]. - Hongleng Technology focuses on passive Radiative Cooling coatings with multi-layer nano-structure designs for various applications [32]. - Zhongjian Photon is developing self-cleaning Radiative Cooling coatings for large buildings and transportation hubs [33]. - Zhongjian Southwest Institute and Zhongnan Building Materials are collaborating on integrated design for energy-saving building materials [35].

Group 1: Event Overview - The 12th World Games opened in Chengdu, Sichuan, with over 5,000 athletes from more than 100 countries competing in 35 major sports and over 250 minor events, showcasing the event as an "innovation laboratory" for niche sports and related chemical new materials [1] Group 2: Nanomaterials for Cooling Solutions - Sichuan Tianfu Xinglong Lake Laboratory showcased cooling vests and hats designed for staff and volunteers, utilizing nanomaterials to reduce heat absorption and enhance radiation heat dissipation, maintaining a cooler environment [2] - The cooling vest's fabric features a radiation cooling material with a surface filled with nanostructures that filter out infrared rays, achieving a temperature difference of up to 8°C compared to conventional materials [2] - The radiation cooling material, manufactured by China Architecture Southwest Design and Research Institute, has a solar reflectance exceeding 98.6% and an infrared radiation rate over 99%, representing the highest performance level reported globally for similar products [2] Group 3: 3D Printing in Sports Equipment - 3D printing technology is utilized for custom sports equipment in niche events, such as freestyle diving, allowing for personalized fins tailored to athletes' specific foot dimensions and performance needs [3] - High-end freestyle diving fins are made from 100% aerospace-grade carbon fiber, enabling customization of size and stiffness to enhance performance through resonance principles [3] - Advanced roller skates are also produced using 3D printing, incorporating carbon fiber composites and thermoplastic polyurethane (TPU) for improved strength, weight reduction, and shock absorption [3] Group 4: Plastic Materials in Sports Facilities - Soft hockey, also known as dry land hockey, increasingly utilizes polypropylene (PP) plastic for its flooring, equipment, and barriers, promoting recyclability and resource sustainability [4] - The use of PP materials ensures safety and cost-effectiveness in event preparation, with properties such as impact resistance and UV stability extending the lifespan of the equipment [4] - For speed skating, acrylic materials are preferred for flooring due to their durability and slip resistance, enhancing athlete performance and safety during competitions [4]

Core Viewpoint - The article highlights the successful transformation of a technological innovation in radiation cooling materials from laboratory research to commercial application, emphasizing the importance of integrating scientific achievements into industry to create new productive forces [5][11]. Group 1: Technology and Innovation - The radiation cooling film developed by Moguang New Energy Technology Co., Ltd. can reduce temperatures by 5 to 10 degrees Celsius, enhancing the lifespan and stability of electronic products by over 40% [5][6]. - The technology, based on the principle of radiation cooling, was developed over ten years by a team led by Professor Zhu Jia from Nanjing University, achieving a breakthrough in photothermal control in 2019 [6][7]. - The company was established in 2022 to commercialize this technology, with support from the Suzhou High-tech Zone, which provided a 7,000 square meter factory and waived three years of rent [6][7]. Group 2: Market Development and Challenges - The company has faced challenges in balancing cooling efficiency, stability, and cost during the commercialization process, which was more complex than initially anticipated [8]. - After numerous iterations, the radiation cooling film was successfully applied in a new Xiaomi smartphone in 2023, marking a significant step in its industrialization [8][9]. - Moguang New Energy has secured over 70 million yuan in orders for its cooling films from four smartphone brands and an additional 30 million yuan for coatings used in construction and cold chain applications [9]. Group 3: Policy and Support - The transformation of the technology was facilitated by the "职务科技成果赋权改革" policy, which encourages researchers to leverage their innovations for equity and actively engage in technology transfer [7][12]. - The collaboration between universities, local governments, and industry has created a supportive ecosystem for innovation, allowing for the effective transition of laboratory products to market-ready solutions [12]. Group 4: Environmental Impact - The radiation cooling technology has also been applied in ecological conservation efforts, such as the protection of the Dagu Glacier in Sichuan, where it has reportedly slowed the glacier's melting rate by 80% [10].