格隆汇2月9日丨飞荣达(300602.SZ)在投资者互动平台表示，公司作为国内领先的电磁屏蔽及热管理解 决方案供应商，可根据客户的需求提供以不同材料的组合设计的产品，为客户提供定制化的电磁屏蔽、 导热散热以及轻量化应用解决方案。公司在液冷领域布局多年，已构建起较强的液冷产品设计、制造和 测试能力，目前公司在服务器、数据中心等领域的散热产品包含TIM材料及各类散热器、风扇、3D VC 散热器、单相液冷冷板模组、两相液冷冷板模组、流量控制仪，CDU等，且与国内主流服务器厂商达 成供应合作，部分产品已实现批量交付。同时，公司在微通道液冷板技术方面有一定技术储备。未来， 公司将持续加大对液冷相关产品的研发及技术创新投入，不断探索和深化液冷技术在各个领域的应用， 以推动公司产业进步和满足市场需求。 ...

Carrier Global (NYSE:CARR) Q4 2025 Earnings call February 05, 2026 07:30 AM ET Speaker2Good morning, and welcome to Carrier's fourth quarter 2025 earnings conference call. I would like to introduce your host for today's conference, Michael Rednor, Vice President of Investor Relations. Please go ahead.Speaker1Good morning, and welcome to Carrier's fourth quarter 2025 earnings conference call. On the call with me today are David Gitlin, Chairman and Chief Executive Officer, and Patrick Gorris, Chief Financial ...

证券日报网讯 2月2日，东阳光在互动平台回答投资者提问时表示，目前公司主要聚焦AI数据中心服务 器、光模块和储能行业等应用场景对散热的需求，并逐步构建从上游核心部件（CDU、液冷板、 Manifold、UQD），到中游服务器集成设施、液冷解决方案，再到下游终端应用的液冷产业链全链路， 与此同时，公司也将密切关注前沿技术发展趋势，跟进市场及客户需求，适时拓展产品可能的应用场 景，制定前瞻性布局和规划。 （编辑 丛可心） ...

2025 年中國新能源汽車銷量達到1649 萬輛，同比增長28%，滲透率突破50%。新能源汽車熱管理單車 價值量達傳統燃油車的3-4 倍（PTC 體系5850-6050 元（人民幣，下同）、CO?熱泵體系9550-9950 元），帶動熱管理市場規模快速擴容。2025 年全球新能源車熱管理市場規模預測將達2265 億元，2022- 2026 年CAGR 為32.95%；中國市場規模達964 億元，CAGR 為20.33%。技術層面，集成熱管理系統 （ITMS）成為主流，通過多通閥、換熱器集成設計提升能效，AI 算法動態優化熱策略，相變材料、石 墨烯導熱膜等新材料推動輕量化。競爭格局呈現"國際Tier1 主導+國內企業突圍"，銀輪股份等國內領先 企業憑藉油冷器、水冷板等單品優勢切入全球供應鏈，2024 年公司的新能源熱管理產品收入占比達 42%，銷量2549 萬台。 AI 算力需求推動數據中心液冷爆發增長 AI 大模型迭代推動數據中心功率密度提升，英偉達下一代Rubin GPU 功耗達2300W，傳統風冷難以滿 足散熱需求。液冷技術憑藉散熱效率高（為風冷數千倍）、PUE 低（可控制在1.15 以下）成為剛需。 2 ...

当英伟达Rubin产品线携MCCP微通道技术呼啸而来，当AI芯片功耗冲破千瓦级物理极限，传统风冷已 触达命运的终局，液冷正从"前沿技术"蜕变为算力时代的"生存标配"。曾几何时，海外巨头垄断核心工 艺、把持价值链顶端，大陆厂商只能在代工赛道捡拾微薄红利，随时面临产能转移的生存危机；而今， 借着AI算力爆发与政策东风，一场以技术破壁、全链自主为核心的国产替代浪潮，正在液冷赛道澎湃 涌动——这不仅是份额的更迭，更是"中国智造"从追赶到引领的韧性史诗，每一步突破都镌刻着坚守， 每一处留白都藏着千亿级的星辰大海。 一、技术破壁：在博弈中突围，啃下"卡脖子"硬骨头 时代的浪潮，从来都眷顾有准备者。当前冷板式液冷以65%的市场份额占据主导，其对现有服务器架构 改动小、部署灵活的优势，成为国产厂商切入市场的最佳跳板。国家"东数西算"工程明确新建数据中心 PUE需低于1.25，四部门专项计划推动液冷技术规模化应用，北上广深更是要求新建智算中心液冷机柜 占比超50%。而液冷技术能将PUE稳定在1.1-1.2区间，远超风冷极限，既是实现"双碳"目标的核心支 撑，更是国产厂商的成长沃土。政策红利与市场需求形成共振，让国产替代从"被动 ...

敏实集团(00425)现涨超7%，截至发稿，涨6.9%，报33.76港元，成交额1.4亿港元。 消息面上，1月5日，英伟达在CES展会上发布Rubin平台，单机柜功耗将首次突破200KW，使用100%全 液冷方案。华源证券指出，Rubin液冷方案相比GB系列核心增量变化在冷板、CDU、Manifold。该行指 出，Rubin架构的Manifold在设计上有变化，Manifold管径更大，同时集成阀、传感器等，以提升稳定性 和降低漏液风险，整体集成化、智能化程度更高，价值量提升。Manifold关注敏实集团。 公开资料显示，敏实集团液冷产品包括浸没式液冷柜、CDU、液冷板、分水器。东吴证券指出，能耗 要求+机柜功率密度提升驱动服务器液冷快速发展，敏实凭借着电池盒/液冷板技术储备+全球产能布局 +头部服务器厂商长期合作关系等优势快速切入服务器液冷行业，已获得AI服务器厂商订单，2025年年 末开始交付。 ...

Core Viewpoint - Minth Group (00425) shares rose over 7%, currently at HKD 33.76 with a trading volume of HKD 140 million, driven by developments in liquid cooling technology [1] Group 1: Company Developments - Nvidia launched the Rubin platform at CES, featuring a single cabinet power consumption exceeding 200KW, utilizing a 100% liquid cooling solution [1] - The Rubin liquid cooling solution shows significant enhancements in cold plates, CDU, and Manifold compared to the GB series [1] - The design of the Manifold in the Rubin architecture has been modified with larger pipe diameters and integrated valves and sensors to improve stability and reduce leakage risks, indicating a higher level of integration and intelligence [1] Group 2: Industry Trends - The demand for energy efficiency and increased cabinet power density is driving rapid development in server liquid cooling [1] - Minth Group is leveraging its technology reserves in battery boxes and liquid cooling plates, along with global production capacity and long-term partnerships with leading server manufacturers, to quickly penetrate the server liquid cooling market [1] - The company has secured orders from AI server manufacturers, with deliveries expected to commence by the end of 2025 [1]

Investment Rating - The report maintains a "Strong Buy" rating for the company [4][8]. Core Insights - The company has exceeded performance expectations in the third and fourth quarters, confirming a turning point in operations. Both the household storage and data center businesses are showing positive trends, with household storage demand recovering since the second half of 2025 and expected to continue into 2026. The data center business has accelerated overseas production since the second half of last year, achieving breakthroughs in both clients and products domestically. The synergy between these two main businesses is anticipated to drive accelerated performance in 2026 [1][8]. Financial Data and Valuation - Total revenue is projected to grow from 5,440 million in 2023 to 6,739 million in 2026, reflecting a compound annual growth rate (CAGR) of approximately 21% [3][13]. - Operating profit is expected to increase from 1,018 million in 2023 to 1,155 million in 2026, with a significant growth rate of 54% in 2026 [3][14]. - Net profit attributable to shareholders is forecasted to rise from 845 million in 2023 to 992 million in 2026, with a growth rate of 58% [3][14]. - Earnings per share (EPS) is projected to increase from 1.45 in 2023 to 1.70 in 2026 [3][14]. - The price-to-earnings (PE) ratio is expected to decrease from 36.9 in 2023 to 31.4 in 2026, indicating a more attractive valuation over time [3][14]. Business Outlook - The household storage business is expected to see a turnaround, with demand recovering and optimistic guidance from major clients. The company is also focusing on enhancing its own brand to drive growth in 2026 [8]. - The overseas production of UPS (Uninterruptible Power Supply) is accelerating, with the company entering overseas supply chains since Q3 2025. This is expected to enhance the company's ability to capture external orders and improve its chances in the overseas HVDC (High Voltage Direct Current) market [8]. - Domestic demand for AIDC (Artificial Intelligence Data Center) is anticipated to grow, with the company successfully expanding its client base to include emerging internet companies and launching high-value solutions [8].

Core Insights - The report from Western Securities indicates that automotive component manufacturers are expected to become upstream suppliers for liquid cooling systems, with some companies possessing Tier 1 supply capabilities [1] Group 1: Liquid Cooling as a Mainstream Solution - Liquid cooling is anticipated to become the mainstream cooling solution for AIDC due to the increasing demand for AI computing power, which leads to higher single-chip power consumption and cabinet density, making traditional air cooling inadequate [1] - The advantages of liquid cooling include its ability to precisely dissipate heat from high-power (>25kW) cabinets and achieve energy-saving effects with a PUE of less than 1.25, aligning with policy directives [1] Group 2: Key Components and Market Growth - The core components of the secondary side piping (CDU + liquid cooling plate + manifold + UQD) are identified as the main focus for upgrades, with a higher value share compared to primary side piping technologies [2] - The global market for liquid cooling components in data centers is projected to reach $15.7 billion by 2027, with a CAGR of 35% from 2025 to 2027, driven by the transition of North American cloud providers to liquid cooling solutions and Huawei's leadership in the domestic liquid cooling supply chain [2]

Investment Rating - The industry investment rating is "Positive" (maintained) [1] Core Insights - The report highlights the rapid progress and optimistic outlook for the liquid cooling industry, particularly focusing on the core increments of the Rubin liquid cooling solution, which includes microchannel technology, CDU enhancements, and manifold integration [4][5][10]. Summary by Sections 1. NVIDIA Rubin Platform Release - The Rubin platform adopts a 100% liquid cooling solution, expected to be delivered in the second half of 2026. It features a modular design with a power consumption exceeding 200KW, compared to the GB300's 80% liquid cooling [8][10]. 2. Core Change 1: Microchannel Cold Plate Material and Process Upgrades - The adoption of microchannel technology is expected to become the mainstream cooling method, significantly enhancing cooling efficiency by reducing thermal resistance and increasing heat flow density [13][18]. - Key material considerations include the use of oxygen-free copper for its superior thermal conductivity and structural strength [19]. - Connection methods must ensure quality and sealing to prevent flow channel deformation or blockage, with techniques such as laser welding and brazing being utilized [20][23]. - Flow channel processing requires high precision, with various methods like precision milling and laser processing being employed to achieve the necessary micro-level accuracy [24][29]. 3. Core Change 2: CDU Power and Control Requirements Enhancement - The CDU's overall power will increase in line with the cabinet's power, with enhanced control requirements to accommodate higher cooling demands. This is expected to elevate the CDU's overall value [27][28]. 4. Core Change 3: Manifold Integration Design - The design of the manifold has evolved to be more integrated and intelligent, featuring larger pipe diameters and the inclusion of valves and sensors to improve stability and reduce leakage risks [30][31].