镍基合金热轧宽幅板材

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河钢股份转型升级提速:绿色智造与高端材料双轮驱动,斩获13项冶金科技大奖
Zheng Quan Shi Bao Wang· 2025-09-16 13:28
Core Viewpoint - The company has made significant progress in green intelligent transformation, high-end manufacturing, and technological innovation, showcasing its achievements during the 2025 semi-annual performance briefing. Group 1: Green Intelligent Transformation - The company completed the construction of two major green intelligent production bases, enhancing its competitiveness in the steel industry [2] - The implementation of a full-process carbon emission monitoring system has achieved refined environmental control, contributing to the industry's green transformation [2] Group 2: Technological Innovation - The company has achieved breakthroughs in over twenty key steelmaking and rolling process technologies, with the intelligent steelmaking system effectively reducing overall steel material consumption [3] - The company won 13 awards in the 2025 Metallurgical Science and Technology Awards, including 5 first prizes, highlighting its strong technical capabilities [3] Group 3: High-End Product Development - In the first half of 2025, the company invested 940 million yuan in R&D, successfully developing 61 new products, including key materials for controllable nuclear fusion devices [4] - The company's products have been widely applied in major national projects, demonstrating its commitment to national strategies and sustainable development [4] Group 4: Market Strategy and ESG - The company has adopted a strategy focused on "efficiency," aiming to increase customer base and optimize production lines while leveraging its green low-carbon advantages [4] - The company received a "five-star" rating for its ESG report, reflecting its commitment to sustainable development and market competitiveness [4]
坚持自主创新发展高端材料
Jing Ji Ri Bao· 2025-05-25 22:09
Group 1 - Recent breakthroughs in high-end materials technology in China include the successful production of nickel-based alloy hot-rolled wide plates, breaking foreign monopolies, and the first mass-produced aluminum alloy for automotive applications, overcoming reliance on U.S. and European materials [1] - The development of high-end materials is driven by the dual pressures of global trade protectionism and the need for industrial upgrades, guided by the "14th Five-Year Plan for Raw Materials Industry Development" [1] - High-end materials are essential for the advancement of high-end manufacturing, with improvements in material performance directly enhancing the capabilities of high-end equipment, such as a nearly 30% weight reduction in electric vehicles and a 20% increase in range due to lightweight aluminum alloys [1] Group 2 - The high-end materials industry in China faces challenges, including a reliance on imitation rather than original technology, leading to a vicious cycle of "backward-imitation-backward" [2] - There is insufficient integration of technological innovation and industrial innovation, hindering the transition from laboratory samples to large-scale products [2] - To meet the growing demand for advanced materials in strategic emerging industries, China must pursue a path of independent innovation, enhancing original innovation capabilities and digital material design [2] Group 3 - Strengthening standard leadership is crucial, with a focus on advancing original innovation and application verification while developing standards to improve supply capabilities in key areas [3] - China aims to actively participate in international standard-setting to convert its advantageous products or technology standards into international standards, thereby enhancing its international competitive voice [3]