钛合金粉末材料

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天工国际(00826):天工股份拟出资6000万元参设合资公司 助力开拓钛合金及其他金属粉末领域
智通财经网· 2025-08-22 11:41
Core Viewpoint - Tian Gong International (00826) has established a joint venture in the titanium powder materials sector, aiming to fill domestic gaps and promote import substitution in high-end titanium alloy powder materials [1] Group 1: Joint Venture Details - The joint venture, Jiangsu Tiangong Titanium Crystal New Materials Co., Ltd., was formed with Tian De Investment, Long Hai Ming, and Nantong Xiehui Investment, with a registered capital of 100 million yuan [1] - Tian Gong Technology holds a 60% stake in the joint venture, contributing 60 million yuan, and the business registration has been completed [1] Group 2: Market Focus and Opportunities - The joint venture will focus on powder new materials, including additive manufacturing and 3D printing materials, which are at the forefront of metal material preparation technology [1] - The target markets for the joint venture include aerospace and medical devices, indicating a broad application scope for titanium alloy powder materials [1] Group 3: Strategic Implications - The establishment of the joint venture is expected to enhance the company's market space by leveraging technological advantages and aligning with downstream industry trends [1] - The joint venture aims to address the domestic demand for high-end titanium alloy powder materials, which currently has significant market potential in consumer electronics, aerospace, and medical devices [1]
科创板航空航天企业积极拓展新应用场景
Zhong Guo Zheng Quan Bao· 2025-05-22 21:02
5月22日,2024年度科创板航空航天行业集体业绩说明会召开,本期参会的上市公司包括长盈通、铂力 特、震有科技等。从相关上市公司负责人就技术突破、战略布局等与投资者展开交流的情况来看,航空 航天行业上市公司展现出强劲的自主研发实力,推动技术成果密集落地。此外,通过技术自主创新与多 元化应用场景拓展,相关上市公司以极具市场竞争力的高质量产品不断巩固行业地位。面对投资者的关 切,相关上市公司强调,将通过业绩增长与分红规划实现长期价值回报。 ● 本报记者 乔翔 加大研发力度 "作为在光纤环垂直领域深耕多年的专业化企业,公司今年将围绕技术突破、战略协同、管理迭代等方 面构建内生外延双轮驱动的创新体系,推动企业实现高质量发展。"长盈通相关负责人表示,公司将持 续推动技术自主创新,坚持以市场需求为导向,不断推动产品和技术的升级换代。 公开资料显示,长盈通是国内专业从事光纤陀螺核心器件光纤环及其综合解决方案研发、生产、销售和 服务的国家级专精特新"小巨人"企业。 2024年,铂力特与人工智能领域头部企业建立合作关系,共同发掘机器人方向增材制造应用场景,目标 是通过轻量化、集成化和结构功能一体化设计制造,提升人形机器人整体性 ...