蒋昆，1986年出生，大专学历，2009年9月至2013年11月，任珠海市蓉胜精工超微线材股份有限公司项 目经理；2013年11月至今，任珠海三绿董事、总经理；2018年11月至今，任公司董事、总经理；2022年 蒋昆的姑姑蒋香玲是第二大股东，持股10.7%。蒋昆的父亲蒋礼平、弟弟蒋伦、姑姑蒋福玲、姑父陈波 平、姨妈陈丙玉和陈林玉等10位家族成员在公司参股。 | 序号 | 股东名称 | 持股数量(股) | 持股比例 | 股东性质 | 是否存在质押或 其他争议事项 | | --- | --- | --- | --- | --- | --- | | 1 | 蒋昆 | 31,829,458 | 48.6896% | 境内自然人 | 合 | | 2 | 蒋香玲 | 7.016.799 | 10.7336% | 境内自然人 | 公 | | 3 | 三绿管理合伙 | 5,712,351 | 8.7382% | 境内合伙企业 | 否 | | 4 | 程螺仪 | 3.859.625 | 5.9041% | 境内自然人 | 香 | | 5 | 三绿一号 | 3,272,400 | 5.0058% | 境内合伙企业 | 否 | ...

Group 1 - The core viewpoint is that the 3D printing materials market in China is expected to exceed 50 billion, driven by the growth of commercial aerospace and the increasing demand for high-value industrial-grade 3D printers [2][4] - In 2019, the scale of China's 3D printing materials industry reached 4.094 billion, a growth of 26.2% compared to 2018, with projections indicating the market could reach approximately 3 billion by 2025 and over 8 billion by 2030 [2][3] - Metal materials account for 39% of the 3D printing materials in China, while non-metal materials make up around 61%, with common applications including titanium alloys, PLA, nylon, ABS, aluminum alloys, and stainless steel [1][2] Group 2 - Domestic high-end metal powder production still relies on imports, with strict requirements for purity, sphericity, particle size, and oxygen content, while the domestic market for mid-to-low-end products is becoming saturated [3][4] - Current mainstream methods for producing 3D printing metal powders include gas atomization, plasma rotating electrode, and plasma atomization, with China making breakthroughs in gas atomization and rotating electrode methods, while the spheronization method is still in the research phase [3][4] - Notable domestic companies in the 3D printing materials sector include AVIC MATE, Fei'er Kang, Selong Metal, Xi'an Ouzhong, Plit, Changsha Weite, Youyan Powder Materials, Jingyan Powder, Hunan Dingli Technology, and Harsen Co., Ltd., which have shown rapid development in recent years [4]

Investment Rating - The report rates the industry as "Outperforming the Market" [2][5] Core Insights - The 3D printing materials market is expected to exceed 50 billion, with significant growth potential in metal printing powders. In 2019, China's 3D printing materials industry reached 4.094 billion yuan, a 26.2% increase from 2018. By 2025, the market size is projected to be around 3 billion USD, and by 2030, it may exceed 8 billion USD, driven by continuous technological breakthroughs and the commercial aerospace sector [3]. - High-end metal powders in China still rely on imports, with domestic preparation processes making progress. The production methods for 3D printing metal powders include gas atomization, plasma rotating electrode, and plasma atomization, with China achieving breakthroughs in gas atomization and rotating electrode methods [4]. Summary by Sections Industry Overview - The 3D printing materials are categorized into metal and non-metal types, with metal materials accounting for 39% and non-metal materials for approximately 61% of the market. Common materials include titanium alloys, PLA, nylon, ABS, aluminum alloys, and stainless steel [3]. Market Potential - The global market for 3D printing materials is anticipated to grow significantly, with the metal 3D printing industry developing rapidly. The demand for high-value industrial-grade 3D printers is expected to drive the growth of metal 3D printing powders [3]. Domestic Developments - Domestic companies such as AVIC MATE, Fei'er Kang, and others are rapidly developing in the 3D printing materials sector, while global leaders include EOS, Arcam, and Sandvik [4].

Group 1 - The core viewpoint of the article highlights that Suzhou Jufu Technology Co., Ltd. has completed a Pre-IPO financing round led by Fudan Science and Technology, with a pre-financing valuation of approximately 3 billion yuan. The funds will be used for global capacity and supply chain layout, product R&D, and expansion into new markets and applications [2][11]. Group 2 - Jufu Technology, established in 2012 and headquartered in Changshu, Jiangsu, focuses on the research and production of FDM/FFF 3D printing materials, accumulating technical and product advantages in this niche [3][6]. - The company’s brand Polymaker has developed a comprehensive product system covering consumer, professional, and production-grade 3D printing materials, including PLA, PETG, ABS/ASA, and nylon (PA), while also extending into high-performance and functional materials [4][11]. Group 3 - Jufu Technology has completed a total of eight financing rounds since its inception, with the latest round bringing it closer to an IPO, having filed for IPO guidance with the Jiangsu Securities Regulatory Bureau [7][11]. - The company has received significant support from leading investment institutions, with IDG Capital participating in its D and E financing rounds, each exceeding 100 million yuan [9][11]. Group 4 - The founding team of Jufu Technology has a strong "Fudan gene," with all four founders being graduates of Fudan University, which may have influenced Fudan Science and Technology's decision to lead the latest financing round [12][14]. - The company’s name, "Jufu Technology," reflects the intention to "gather the strength of Fudan people," enhancing collaboration and execution efficiency in technology and global expansion [14]. Group 5 - The 3D printing industry is entering a critical phase of accelerated development, with Jufu Technology positioned to become a leading player, potentially paving the way for other companies like Yijia Additive, Chuangxiang Sanwei, and Xianlin Sanwei to pursue IPOs by 2026 [16].

Industry Overview - The global 3D printing market is accelerating, with significant performance in the Chinese market. The global additive manufacturing market is expected to reach $21.9 billion by 2024, with printing materials being the fastest-growing segment [1][21] - The 3D printing industry is entering a rapid industrialization phase, driven by the optimization of product design and the ability to manufacture complex structures efficiently [1][21] Consumer Market Expansion - The consumer-grade 3D printing market is entering a high-growth phase, with domestic 3D printing equipment production expected to increase by 40.5% year-on-year in the first three quarters of 2025, with consumer-grade devices being the main growth driver [2][21] - Technological advancements, ecosystem development, and the integration of artificial intelligence are driving the transition of consumer-grade 3D printing from professional tools to mass consumer products [2][21] Industry Chain Structure - The upstream of the 3D printing industry chain includes raw materials and core components, with metal materials accounting for about 22% and non-metal materials over 40% of the market [3][22] - The midstream equipment manufacturing segment is the core node of industry development, with China's 3D printing equipment production expected to reach 3.418 million units in 2024, a year-on-year increase of 11.3% [3][22] Application Areas - The downstream applications of 3D printing cover various fields, including automotive manufacturing, medical devices, aerospace, consumer electronics, and cultural creativity, with emerging applications accelerating growth [4][23] - The global cloud printing order volume is expected to exceed 85 million orders by 2025, indicating a significant expansion of application boundaries [4][23] Development Trends - The 3D printing materials industry is experiencing trends such as material diversification and high performance, with new materials gradually becoming mainstream [7][26] - The application scenarios are continuously expanding, with 3D printing penetrating core manufacturing processes in industrial markets and personalized customization in consumer markets [8][28] - The industry is undergoing digital and intelligent transformation, with IoT and AI technologies enhancing production efficiency and user experience [9][29] - There is a trend towards open compatibility and ecosystem collaboration, promoting material standardization and cross-brand compatibility [10][30] Competitive Landscape - The competitive landscape of the Chinese 3D printing industry is characterized by a multi-layered and diversified structure, with state-owned and foreign enterprises dominating while local companies are gradually entering the high-end market [10][31] - Major enterprises include Suzhou Jufu Technology Co., Shenzhen Guanghua Weiye Co., Shenzhen Chuangxiang Sanwei Technology Co., Shenzhen Intelligent Technology Co., and Anhui Sanlv Technology Co. [10][32]

Group 1 - The company currently focuses on providing 3D printing filaments and does not engage in the manufacturing of end products or components [1]

Core Insights - The metal-based 3D printing materials industry is experiencing significant growth, with the domestic market expected to reach approximately 5 billion yuan in 2024, entering a phase of large-scale production [1][10] - The industry ecosystem is characterized by clear upstream, midstream, and downstream divisions, with upstream relying on mineral resources and equipment supply, midstream focusing on the production of various metal powders, and downstream catering to diverse fields such as aerospace, medical, and automotive [1][7] Industry Overview - Metal-based 3D printing materials are essential for additive manufacturing, primarily in the form of metal powders, which must meet specific requirements for particle size and flowability to ensure high-performance final products [2][3] - The industry can be categorized into three main types of materials: common alloys (e.g., titanium alloys, stainless steel), special metals (e.g., refractory metals, high-entropy alloys), and remanufacturing materials (e.g., nickel-based alloys) [3][5] Market Growth - The global 3D printing market is projected to reach $21.9 billion by 2024, with a year-on-year growth of 9.31%, and a compound annual growth rate (CAGR) of 14.34% from 2018 to 2024 [7][8] - The Chinese 3D printing market is expected to grow to 42.3 billion yuan in 2024, with a year-on-year increase of 15.26%, significantly outpacing global growth [8][10] Competitive Landscape - The industry features a competitive landscape with leading companies like PLT (铂力特) and AVIC (中航迈特) at the forefront, alongside specialized firms focusing on niche materials [11][12] - The competition has evolved from equipment-based to an integrated ecosystem where "materials-processes-applications" are deeply intertwined, emphasizing the need for comprehensive solutions tailored to specific applications [11][12] Development Trends - The future of the metal-based 3D printing materials industry will focus on the integration of design, materials, and processes, leveraging AI for intelligent optimization and targeted development of high-performance materials [12][13] - Application scenarios are expanding from small-batch custom manufacturing in aerospace and medical fields to large-scale production in consumer electronics and new energy vehicles, driven by significant improvements in printing efficiency [14][15] - The industry chain will evolve towards "self-controllable" and "efficient collaboration," emphasizing domestic production of key materials and the establishment of intelligent recycling systems [15]

Core Insights - The evolution of US tariff policies is significantly impacting the global and Chinese 3D printing aluminum alloy powder industry, necessitating urgent internationalization for Chinese companies due to domestic market saturation and global opportunities [3][4]. Policy Analysis - The adjustment of US tariff policies affects global and Chinese supply chains, creating both challenges and opportunities for the 3D printing aluminum alloy powder sector [3]. - The urgency for Chinese companies to internationalize is driven by saturated domestic competition and the potential for global market expansion [3]. Industry Impact Assessment - Future trends in the global and Chinese 3D printing aluminum alloy powder industry are evaluated under optimistic, conservative, and pessimistic scenarios, with projections indicating significant growth potential [3][4]. - The tariff policies impose direct impacts on Chinese companies, including cost pressures and market access challenges, alongside the need for supply chain restructuring [3]. Market Share Analysis - The market share and rankings of major global and Chinese companies in the 3D printing aluminum alloy powder sector are analyzed, highlighting revenue and sales volume trends from 2022 to 2025 [4]. - The report includes detailed sales revenue and market share data for leading companies, providing insights into competitive positioning [4]. Corporate Strategies - Companies are advised to shift from export dependency to establishing localized production networks and optimizing supply chain resilience [3]. - Strategies for market diversification, product innovation, and compliance with regulatory frameworks are recommended to navigate the evolving landscape [3]. Future Outlook - Long-term industry trends suggest a reshaping of the global and Chinese market landscape, with strategic recommendations for companies to adapt to changing conditions [3][4].

Core Insights - Traditional material manufacturers are increasingly entering the 3D printing sector, with Nanjing Julong being a notable example, launching its new brand "Jucoole" for FDM 3D printing materials [1][3]. Company Overview - Nanjing Julong, established in 1999, specializes in high-performance modified plastics and composite materials, becoming a leading innovative enterprise in China. The company has multiple production bases with an annual production capacity exceeding 300,000 tons [3]. - Jucoole aims to develop, produce, and manufacture FDM 3D printing materials, operating from a modern facility of 9,000 square meters with over 11 specialized production lines, targeting an annual output of 1,200 tons [3]. Strategic Development Phases - **Phase 1**: Focus on adapting core materials like nylon and carbon fiber composites for 3D printing to quickly launch competitive FDM materials [5]. - **Phase 2**: Accelerate the development of high-temperature specialty engineering plastics such as PEEK, PPS, and PPA for applications in automotive, aerospace, and medical fields [6]. - **Phase 3**: Establish an integrated "materials + process" solution by collaborating with 3D printer manufacturers and end-users to create a closed-loop mechanism for joint R&D, trial production, feedback, and optimization [7]. Market Context - The 3D printing materials market is seeing significant price reductions, and the entry of more traditional material manufacturers is expected to drive prices even lower, leading to greater accessibility for consumers [8].

Core Insights - Nanjing Julong, a leading manufacturer in polymer modification and high-performance composite materials, is entering the FDM 3D printing materials market with the establishment of a new subsidiary, Jucoole [1][5] - The move signifies a shift towards higher-end, specialized functional materials in the domestic 3D printing sector, leveraging over 20 years of technological expertise [1][10] Company Background - Founded in 1999, Nanjing Julong is a key player in high-performance modified plastics and special composite materials, serving critical industries such as high-speed rail, automotive, and aerospace [4] - The company holds 151 authorized patents, including 75 invention patents, and has been recognized as a national-level "little giant" enterprise [4][10] Jucoole's Product Offering - Jucoole's product matrix includes a comprehensive range of materials from entry-level PLA to industrial-grade engineering materials, catering to both consumer and industrial markets [7] - The product lines encompass PLA series, aesthetic series, engineering filament series, and specialty materials, addressing diverse application needs [7] R&D and Production Capabilities - Jucoole is equipped with a modern 9,000 square meter facility and over 11 specialized production lines, with an expected annual output of 1,200 tons [5] - The company has established joint innovation laboratories with several universities and research institutions to enhance polymer material modification and 3D printing performance [12] Strategic Development Phases - Nanjing Julong's strategy for the 3D printing business is structured in three phases: rapid adaptation of core materials, expansion into high-temperature specialty engineering plastics, and the development of integrated "materials + processes" solutions [15][17][19][21] - The first phase focuses on adapting existing materials like nylon and carbon fiber for 3D printing, while the second phase aims to develop advanced materials like PEEK and PPS for demanding applications [17][19] Industry Collaboration and Vision - Jucoole promotes an open and empowering collaboration model, offering free material development and customization services to industry partners, aiming to enhance the overall growth of the 3D printing sector [25] - The brand philosophy emphasizes making 3D printing enjoyable and innovative, with a goal to establish a strong presence for domestic materials in the global high-performance market [9]