盈利预测：公司作为散热解决方案龙头企业，有望受益于AI 技术的发展带来散热行业需求增长，在消 费电子基本盘稳步发展的同时，继续发力数字基建等赛道，如光模块、服务器等，我们预测公司2025- 2027 年归母净利润分别为2.9/3.8/5 亿元，当前市值对应 2025-2027 年 PE 分别为27/20/16 倍，首次覆盖 给予"强烈推荐"评级。 AI+带动产业全面升级，打开行业增量空间。随着AI+ 发展火爆，行业升级催生出更大的散热应用市 场，对综合散热解决方案迎来了更高性能的要求，散热材料行业不断更新升级，出现了导热石墨、导热 界面材料、热管/VC 均热板等优异材料，电磁屏蔽和散热材料/器件的需求也持续增长。智能手机、 AIPC、光模块等市场增势可观，大算力拉动散热高需求。 风险提示：下游需求不及预期，AI终端发展不及预期，地缘政治风险 国内+国际"双循环"发展，布局多赛道稳步增长。公司海外产能交付能力稳步提升，满足产业链全球化 需求。截至24 年底，公司泰国工厂已顺利投入生产运营，成功完成北美大客户、韩国三星、诺基亚等 主要头部客户的泰国审厂认证工作，并实现多品种产品量产交付。国内方面，公司逐步加大宜兴 ...

2025 年 06 月 29 日 行业研究 评级：推荐(维持) 研究所： | 证券分析师： | 李永磊 S0350521080004 | | --- | --- | | | liyl03@ghzq.com.cn | | 证券分析师： | 董伯骏 S0350521080009 | | | dongbj@ghzq.com.cn | | 证券分析师： | 陈云 S0350524070001 | | | cheny17@ghzq.com.cn | [Table_Title] 全球 7nm 及以下产能 2024-2028 CAGR 料达 14%， 我国光伏累计装机破 10 亿千瓦 ——化工新材料产业周报 最近一年走势 核心逻辑 新材料是化工行业未来发展的一个重要方向，正处于下游需求迅速 爆发阶段，随着政策支持与技术突破，国内新材料有望迎来加速成 长期。所谓"一代材料，一代产业"，新材料产业属于基石性产业， 是其他产业的物质基础。我们筛选了支撑人类社会发展的重要领域， 包括电子信息、新能源、生物技术、节能环保等，持续挖掘并追踪 处于上游核心供应链、研发能力较强、管理优异的新材料公司。 1）电子信息板块：重点关注半导体材料 ...

证券代码：300684 证券简称：中石科技 北京中石伟业科技股份有限公司 投资者关系活动记录表 编号：2025-06-26 二、问答环节 1、公司 2025 年第一季度利润率提升原因？ 答：一季度随着公司新项目上量、新产品的逐步导入，公司在 国内外主要大客户市场份额提升，收入增长下规模效应显现；同时 受益于产品结构优化、降本增效措施，盈利能力实现稳步提升。 2、关税政策对公司的影响？ 答：公司产品出口主要是通过国内保税区进行交付及结算，以 及销售至东南亚等地区，直接出口至美国区域的产品收入较低（占 整体营收比例不到 1%），加征关税事项对公司影响较小。 投资者关系活动 类别 □特定对象调研 □媒体采访 □新闻发布会 □现场参观 □分析师会议 □业绩说明会 ☑路演活动 □其他（电话会议） 形式 ☑现场 □网上 □电话会议 参与单位名称及 人员姓名 国海证券、兴业证券、民生证券、国投证券、南方基金、华商基金、 诺安基金、国联基金、中信建投基金、招商基金、新华基金、工银 瑞信基金、天弘基金、农银汇理基金、中信资管、渤海汇金、北京 金塔投资、北银理财等。 时间 2025 年 6 月 25 日-6 月 26 日 地点 ...

Group 1 - The Ministry of National Security emphasizes that technological self-reliance is crucial for national security, highlighting the need for coordinated development and security to address risks in the tech sector [1] - The Summer Davos Forum is expected to enhance global economic stability and cooperation, with record attendance indicating a strong commitment to economic globalization and trade [2] - The total market size of bond ETFs has surpassed 352.41 billion, with two ETFs crossing the 50 billion mark, indicating a growing interest in bond investments [3] Group 2 - Huawei collaborates with Softcom and other partners to develop intelligent robots for manufacturing, focusing on humanoid robots for various applications [4] - A breakthrough in bidirectional high thermal conductivity graphite film has been achieved, which could provide critical materials for high-power device thermal management [5] - Guangzhou aims for over 90% of new cars to be L2 or higher level intelligent connected vehicles by 2027, indicating a strong push towards smart and connected automotive technology [6] Group 3 - Concerns about a potential recession in the U.S. have been raised, with predictions of a 25% drop in the S&P 500 index, reflecting investor anxiety [7] - The Chinese government is initiating a special rectification campaign in the government procurement sector to address various illegal activities, which may impact procurement practices [8] - China is actively participating in international scientific programs, including ITER and other major initiatives, showcasing its commitment to global scientific collaboration [9][10]

Core Viewpoint - A research team from the Shanghai Institute of Microsystem and Information Technology and Ningbo University has developed a bidirectional high thermal conductivity graphite film using aramid film as a precursor, achieving significant improvements in thermal conductivity compared to traditional thermal films [1] Group 1: Research Findings - The bidirectional high thermal conductivity graphite film achieved an in-plane thermal conductivity (Kin) of 1754 W/m.K and an out-of-plane thermal conductivity (Kout) exceeding 14.2 W/m.K with a thickness of 40 micrometers [1] - The new film demonstrates significant advantages in both in-plane and out-of-plane thermal conductivity and defect control compared to conventional thermal films [1] Group 2: Application and Impact - In thermal simulations for smartphones, the surface temperature of chips using the bidirectional high thermal conductivity graphite film decreased from 52°C to 45°C [1] - For high-power chip cooling at a heat flux density of 2000 W/cm, the temperature difference on the chip surface was reduced from 50°C to 9°C, enabling rapid temperature uniformity [1] Group 3: Material and Technology Implications - The research highlights the unique advantages of aramid precursors in the preparation of graphite films, demonstrating that nitrogen doping and low oxygen content precursors can enhance the crystallization quality and bidirectional thermal properties of graphite films [1] - The breakthrough in bidirectional thermal conductivity is expected to provide critical materials and technical support for thermal management in high-power devices such as 5G chips and power semiconductors [1]

点击 最 下方 关注《材料汇》 ， 点击"❤"和" "并分享 添加 小编微信 ，寻 志同道合 的你 正文 | ◆ 名词解释 | | 09 | | --- | --- | --- | | ◆ 中国导热材料行业概述 | .. | 10 | | 背景与定义 . | -- | 10 | | . 分类 | .. | 11 | | . 工艺流程 | -- | 12 | | � 中国导热材料行业产业链分析 | -- | 13 | | . 上游分析 | .. | 14 | | . 中游分析 | .. | 16 | | . 下游应用领域分析 | -- | 18 | | ◆ 中国导热材料行业市场规模 | -- | 19 | | ◆ 中国导热材料行业政策分析 | | 20 | | � 中国导热材料行业驱动因素 | -- | 21 | | . 5G商用化将进一步普及 | -- | 21 | | . 消费电子发展 | | 22 | | � 中国导热材料行业行业发展趋势 | .. | 23 | | ◆ 中国导热材料行业竞争格局分析 | -- | 27 | | ◆ 中国导热材料行业投资风险分析 | .. | 28 | 词解释 ◆ 导热体： ...

证券代码：300684 证券简称：中石科技 北京中石伟业科技股份有限公司 投资者关系活动记录表 编号：2025-05-29 投资者关系活 动类别 □特定对象调研 □媒体采访 □新闻发布会 □现场参观 □分析师会议 □业绩说明会 ☑路演活动 □其他（电话会议） 形式 ☑现场 □网上 □电话会议 参与单位名称 及人员姓名 中信证券、民生证券、方正证券、博时基金、华商基金、华安基金、 诺德基金、Brilliance Capital、国君资管、浙商资管、健顺投资、 思晔投资、厚葳基金、利幄基金、上海合远私募基金、上海和途私募 基金、祐益峰资产等。 时间 2025 年 5 月 27 日-5 月 29 日 地点 上海 上市公司接待 人员姓名 董事会秘书：张伟娜女士 投资者关系活 动主要内容介 绍 一、公司介绍 公司是功能高分子材料及热管理解决方案全球领导者，以高成长 行业需求为依托，聚焦核心材料及组件，紧跟 AI+行业发展趋势，为 客户提供电子设备可靠性综合解决方案。 公司以技术研发为主导，是一家拥有大批量交付能力的电子设备 可靠性综合解决方案服务商。公司针对电子设备普遍存在的热管理、 电磁兼容、粘接与密封等问题，开发系 ...

Core Viewpoint - The article highlights the transformation and advancements of Ningbo Jintian Copper Group Co., Ltd. in the copper processing industry, emphasizing its focus on smart manufacturing, green development, and international market expansion. Group 1: Industry Insights - The copper usage in electric vehicles ranges from 80 kg to 120 kg, which is over four times that of traditional fuel vehicles [2] - Copper is essential for various applications, including electric vehicles, power batteries, energy storage, and new electronic information products [2] - The company is positioned as a significant supplier of copper processing products and solutions, adapting to global climate change and industry restructuring [2] Group 2: Digital Transformation - Jintian Copper has entered a deep digitalization phase, with 95% of orders now achieving intelligent matching [3] - The company utilizes AI for optimizing production processes, such as automatic temperature control during annealing based on order specifications [3][4] - The establishment of a 5G smart factory in 2021 has enabled advanced quality control through AI visual inspection [4] Group 3: Green Development - Jintian Copper emphasizes green and low-carbon development, integrating these principles into all aspects of production [6][7] - The company has implemented advanced recycling technologies, achieving a direct utilization rate of recycled copper in the processing industry from 30% to 70% [7] - The company has built six solar power projects with a total capacity of 67.4 MW, generating over 60 million kWh annually [7] Group 4: International Expansion - The company has initiated a project in Thailand for producing 80,000 tons of precision copper tubes annually, reflecting its strategic international expansion [8] - Jintian Copper has established a global supply chain and sales network, with overseas sales increasing by 22.84% to 86,600 tons in the first half of 2024 [8][9] - The company actively participates in over 30 global industrial exhibitions annually to promote its products and understand market demands [9] Group 5: Product Innovation - Jintian Copper is focusing on optimizing its product structure to cater to emerging industries such as low-altitude economy, AI computing, and robotics [10] - The company is developing new materials for various applications, including high-conductivity copper for AI servers and high-strength copper alloys for high-speed trains [10]