天禄科技分析师会议 调研日期：2026年02月26日 调研行业：光学光电子 参与调研的机构：富国基金等 / 机构调研pro小程序 DJvanbao.com 洞见研报 出品 : 机构调研pro小程序致力于为金融证券投资者提供最新最全的调研会议纪要。 来机构调研pro小程序，了解最新的：行业投资风向、热门公司关注、权威机构分析... 权威完善的信息持续更新! 更多精彩的机构调报告请移步机构调研pro小程序~ 一解投资机构行业关注度。 频判市场 | Gallia | | | --- | --- | | 11 2 12 200 2 110 | | | 1:给我们 = 影片面临官 = | | | 阿里巴巴佩尼 | | | 钢铁机之题。 8 | 图纸制图: 23 | | 20GB Millio Aller 19 | | | 海双集团 | | | 1 1 80.0 0 | 总机构建 23 | | LOGA: REGH, KETA: 1986 | | | 小麦具日 | | | 的研究次数:8 | 上机构馆:23 | | 定年代的:用者点击:我要的中:主要原因 | | | START SHILL CARD | | | 颜的集团 ...

证券日报网2月26日讯，天禄科技（301045）在接受调研者提问时表示，根据市场机构数据，TAC膜的 需求量2025年达到12.29亿平方米。其下游的面板环节超过70%产能在中国大陆，偏光片环节在产能整 合后预计也将有70%产能在中国大陆。TAC膜占偏光片膜材成本的比例超过50%，是影响偏光片企业盈 利能力的关键材料。中国大陆使用的TFT级TAC膜基本依赖进口，其中日本厂商富士胶片和柯尼卡美能 达约占全球市场的75%。2023年，京东方作为面板产业链的领导者，联合偏光片环节的优秀本土企业三 利谱（002876），与本公司共同设立子公司安徽吉光从事TAC膜项目，前瞻性地联合产业各方合力打破 日本对TAC膜的垄断，助力我国面板产业链的自主可控。在当前的地缘关系下，该项目的必要性得到进 一步加强，安徽吉光在产业各方的支持下，项目推进将更为坚决。 ...

证券代码：301045 证券简称：天禄科技 苏州天禄光科技股份有限公司 投资者关系活动记录表 编号：2026-013 投资者关系活 动类别 □特定对象调研 □分析师会议 □媒体采访 □业绩说明会 □新闻发布会 □路演活动 □现场参观 □电话会议 ☑ 其他： （券商策略会） 参与单位名称 富国基金 时间 2026 年 2 月 26 日 地点 上海 公司接待人员 姓名 投资者关系总监：李艳茹女士 投资者关系活 动主要内容介 绍 投资者提出的问题及公司回复情况 1、TAC膜主要依赖从日本进口，请介绍目前全球主要厂 商。 目前，TFT级偏光片用TAC膜供应商主要有五家：日本的富 士胶片、日本的柯尼卡美能达、韩国的晓星化学、中国台湾的 达辉和日本的瑞翁。其中富士胶片、柯尼卡美能达、瑞翁合计 约占全球市场的 80%，由此可以看出TFT级偏光片用TAC膜是一 款基本由日本厂商垄断的产品。 中国大陆使用的TFT级TAC膜基本依赖进口，其中日本厂商 富士胶片和柯尼卡美能达约占全球市场的 75%。2023 年，京东 方作为面板产业链的领导者，联合偏光片环节的优秀本土企业 三利谱，与本公司共同设立子公司安徽吉光从事TAC膜项目， ...

责任编辑：于健 SF069 一位用户在社交平台X上发帖，将柯达公司的破产与富士胶片在数字时代的成功转型进行了对比，引发 美国科技亿万富翁埃隆·马斯克的关注和评论。 马斯克在这条帖子下评论称："他们做得好。" 马斯克在2023年曾发帖称，传统汽车制造商即将迎来他们的"柯达时刻"，如果他们不能加快向电动汽车 转型的步伐。就像曾经的胶片行业巨头柯达一样，因为赶不上数字时代的潮流而被淘汰。 一位用户在社交平台X上发帖，将柯达公司的破产与富士胶片在数字时代的成功转型进行了对比，引发 美国科技亿万富翁埃隆·马斯克的关注和评论。 该帖子称："柯达公司于 2012 年申请破产。其最直接的竞争对手富士胶片也面临同样的问题：数码相机 终结了胶片时代。富士胶片公司的应对之策是将自身的化学技术加以重新利用。曾经用于在胶片上形成 感光乳剂的那些粒子科学知识，如今被用于生产CMP抛光液——这种抛光剂能够将每一个芯片层打磨 至原子级别的光滑度。全球近一半的铜CMP抛光液来自富士胶片。他们斥资7亿美元从Entegris收购了一 家高纯度工艺化学品公司，并在熊本新建了一座工厂，紧邻台积电在日本的首家晶圆厂。富士胶片2030 年的电子材料营收目 ...

Group 1 - Tesla's future focus is on AI, autonomous driving, and robotics, with plans for a Robotaxi within five years and expansion of solar battery manufacturing in the U.S. [2] - Stellantis acknowledges a strategic miscalculation with a €22 billion write-down, adjusting its operations by exiting battery joint ventures and halting electric pickup production, expecting a net loss of €21 billion by late 2025 [2] - Bithumb, a major South Korean cryptocurrency exchange, experienced a significant error during a reward event, mistakenly distributing 620,000 bitcoins, leading to a temporary price drop of nearly 18% [3] Group 2 - Yongtai Technology announces that CATL will become a shareholder, aiming to enhance collaboration in lithium battery materials [5] - Meitu expects a 60%-66% increase in net profit by 2025, driven by AI advancements in image processing and expansion of paid services [6] - Baidu faces a lawsuit for generating false criminal information via AI, raising discussions on AI content generation liability [6] - Xiaoma Zhixing partners with Moore Threads to apply domestic AI computing power in autonomous driving, enhancing technology development capabilities [6] - Sunwoda's major shareholder signs a restructuring agreement with Anhui Guowei Group, which plans to invest nearly ¥7.2 billion, potentially enhancing resource integration [6] Group 3 - SpaceX merges with xAI to create a company valued at $1.25 trillion, leveraging SpaceX's financial stability to support AI initiatives [8] - Apple plans to launch several new products in March, including the iPhone 17e and iPad 12, with a focus on AI strategy and Siri upgrades [8] - Netflix is pursuing an $83 billion acquisition of Warner Bros. Discovery, facing antitrust scrutiny amid competitive offers from Paramount [8] - Intel and AMD inform Chinese clients about CPU supply shortages, with delivery times extending up to six months and price increases of over 10% for certain products [9] Group 4 - Samsung Electronics aims to mass-produce sixth-generation high-bandwidth memory (HBM4) by mid-February, becoming the first to do so globally [11] - Crypto.com founder purchases the domain "AI.com" for $70 million, marking a record in domain transaction prices [11] - Japan's Sojitz Corporation introduces a new fungicide with a 97% import registration in India, showcasing innovative mechanisms and broad-spectrum efficacy [11] - Fujifilm will cease sales of certain printing machines in Europe due to profitability challenges, while retaining other product lines [11] - Genesis announces a strategic shift to enhance its high-end brand attributes through a new platform and design approach [11]

如果您希望可以时常见面，欢迎标星收藏哦~ 上世纪70年代末，日本著名的调味品公司味之素开始研究副产品的应用。 在对蛋白质和氨基酸（关键调味料成分）进行研究时，味之素研发团队发现副产物可以做出拥有 极高绝缘性的树脂类合成材料，于是创造出了一种具有高耐用性，低热膨胀性，易于加工和其他 重要特征的热固性薄膜，该膜被命名为ABF。 1996年，英特尔与味之素联系，寻求使用氨基酸技术开发薄膜型绝缘子，这两家企业合作研发出 了FC-BGA（Flip Chip Ball Grid Array），最终让ABF成为了FC-BGA产品的主要方案。 那时没人会想到，这种从制作味精时产生的"废料"中提炼出的薄膜，最终会垄断全球99%的高端 CPU和GPU封装市场。到2021年，当全球芯片荒席卷而来时，味之素ABF材料的交付周期长达 30周，英特尔、AMD和英伟达等巨头不得不排队等待这家调味料公司的供货。 而当我们回望半导体行业近百年发展历程，像味之素这样跨界成功的半导体"隐形冠军"，远不止 一两家。 从拖拉机到洁净室 上世纪20年代，在美国中西部的农场中，弗兰克·唐纳森（Frank Donaldson）望着自己报废的拖 拉机发动机， ...

Group 1 - The article highlights the unexpected rise of TOTO, a Japanese toilet manufacturer, whose stock surged by 11% due to its involvement in the semiconductor industry, particularly through its production of specialized ceramics used in semiconductor manufacturing [3][21]. - TOTO's new business in precision ceramics now accounts for 42% of its revenue, with a profit margin of 40%, significantly higher than the average of 7% across all departments [21]. - The company has leveraged its long-standing expertise in ceramics to develop electrostatic chucks, which are crucial for maintaining the precision required in semiconductor manufacturing [11][19]. Group 2 - The article discusses the broader trend of traditional Japanese companies successfully transitioning into the semiconductor industry, citing examples like Ajinomoto, which developed a specialized film for high-performance CPUs from its food production waste [26][28]. - Other companies, such as Kao and Fujifilm, have also found niches in the semiconductor supply chain, with Kao producing cleaning agents for wafers and Fujifilm supplying photoresists and chemicals necessary for semiconductor production [32][38]. - The narrative emphasizes that Japan's historical industrial strength and technological reserves have allowed these companies to adapt and thrive in the high-tech semiconductor market, despite their origins in seemingly unrelated industries [40][42]. Group 3 - The article suggests that China's semiconductor industry is on a similar path, with emerging companies developing high-purity materials and specialized products that could fill gaps in the supply chain, akin to Japan's historical industrial evolution [46][54]. - Companies like Xingfa Group and Huitian New Materials are highlighted for their successful transitions from traditional industries to high-tech sectors, indicating a growing trend of innovation and adaptation within China's industrial landscape [48][51]. - The overall message conveys optimism for China's future in the semiconductor industry, suggesting that with time and continued development, the country can achieve significant advancements [56].

Group 1 - The core idea of the article is that several companies have successfully transitioned from their original industries to become key players in the semiconductor sector by leveraging their existing technologies and expertise [24][26][28] - Ajinomoto, originally a seasoning company, developed a thermosetting film called ABF from by-products, which now dominates 99% of the high-end CPU and GPU packaging market [1] - Donaldson, initially focused on tractor air filters, adapted its technology to create chemical air filtration systems for semiconductor clean rooms, ensuring high purity levels essential for chip manufacturing [4][19] - DISCO, which started as a manufacturer of grinding wheels, innovated ultra-thin cutting blades and specialized cutting machines, leading to a dominant market share in wafer cutting and grinding equipment [5][9][20] - Fujifilm transformed from a film company to a diversified high-tech group, successfully entering the semiconductor materials market by applying its expertise in photosensitive materials to photoresists [10][14][24] - Gore, known for its waterproof fabric, developed specialized cables for EUV lithography machines, showcasing the versatility of its ePTFE technology [15][17] - TOTO, a toilet manufacturer, leveraged its ceramic technology to produce components for semiconductor equipment, achieving significant profitability in this new sector [19] - JSR transitioned from synthetic rubber to become a leading supplier of photoresists, capitalizing on its polymer chemistry expertise [20] - HOYA, originally a glassware manufacturer, now plays a crucial role in the semiconductor industry by providing high-precision EUV mask substrates [21] - Henkel evolved from a detergent company to a major player in advanced packaging materials for semiconductors, utilizing its knowledge of surface chemistry [22] Group 2 - The common thread among these companies is their ability to understand the essence of their technologies and apply them creatively in new fields, demonstrating a long-term commitment to research and development [24][25][26] - The competition in semiconductor materials is fundamentally about "tacit knowledge," which cannot be easily transferred and requires years of experience to achieve high yield and consistency [25] - These companies often target niche markets rather than competing in larger, more saturated markets, allowing them to establish strong positions and maintain technological and profit barriers [25][26] - Japanese companies tend to rely on the chemical similarities of materials for their transitions, while Western companies focus on pushing existing processes to their limits in new applications [26]

公众号记得加星标⭐️，第一时间看推送不会错过。 上世纪70年代末，日本著名的调味品公司味之素开始研究副产品的应用。 在对蛋白质和氨基酸（关键调味料成分）进行研究时，味之素研发团队发现副产物可以做出拥有极高 绝缘性的树脂类合成材料，于是创造出了一种具有高耐用性，低热膨胀性，易于加工和其他重要特征 的热固性薄膜，该膜被命名为ABF。 1996年，英特尔与味之素联系，寻求使用氨基酸技术开发薄膜型绝缘子，这两家企业合作研发出了 FC-BGA（Flip Chip Ball Grid Array），最终让ABF成为了FC-BGA产品的主要方案。 那时没人会想到，这种从制作味精时产生的"废料"中提炼出的薄膜，最终会垄断全球99%的高端CPU 和GPU封装市场。到2021年，当全球芯片荒席卷而来时，味之素ABF材料的交付周期长达30周，英 特尔、AMD和英伟达等巨头不得不排队等待这家调味料公司的供货。 而当我们回望半导体行业近百年发展历程，像味之素这样跨界成功的半导体"隐形冠军"，远不止一两 家。 在漫长的时间里，唐纳森公司的工程师发现了一个惊人的相似性：半导体工厂面临的问题，本质上和 一百年前的拖拉机一模一样，就是如何防止 ...

Group 1: Fundraising and Project Changes - The company announced the termination of the original fundraising project "Expansion of Large-Sized Light Guide Plate Project" to improve the efficiency of fund usage, reallocating the remaining funds to the TAC film project and the reflective polarizing film project [1] - The TAC film and reflective polarizing film projects are aimed at addressing domestic supply chain issues, with both being critical for the future growth of the company [1] Group 2: Market Analysis and Competitive Landscape - The demand for TAC film is projected to reach 1.229 billion square meters by 2025, with over 70% of the panel production capacity located in mainland China [2] - TAC film accounts for over 50% of the cost of polarizing film materials, making it a key component affecting the profitability of polarizing film manufacturers [2] - Currently, 75% of the global market for TFT-grade TAC film is dominated by Japanese suppliers, highlighting the need for domestic production capabilities [2] Group 3: Project Progress and Development - As of June 2025, the construction of the factory for the TAC film project has commenced, with steady progress reported [2] - Major equipment for the project is expected to be delivered and tested in the first half of the current year [2] - Initial test results from the experimental film produced in the laboratory align with the company's own testing, indicating no significant discrepancies [2]