星科源完成数千万元天使++轮融资，厦门高新投、天泓投资出手

Core Insights - Hangzhou Xingkeyuan New Materials Technology Co., Ltd. has completed several tens of millions in angel++ round financing, with funds primarily allocated for product research and development, production line upgrades, and capacity expansion [1] Company Overview - Xingkeyuan's core technology involves the preparation of ultra-fine silicon particles less than 10nm and the ability to adjust particle sizes from a few nanometers to several tens of nanometers [1] - The founder, Li Xuegeng, highlighted that silicon particles smaller than 20nm exhibit significantly increased fracture toughness and are nearly unbreakable, making them ideal new anode materials for lithium-ion batteries [1][4] Product Development - The company has developed a new generation of nano-silicon production equipment to produce silicon particles sized 40-80nm, expanding its product coverage [1] - The introduction of this new equipment allows for a broader range of raw materials and better safety control, while also meeting customer familiarity and market acceptance [1] Market Position and Strategy - Xingkeyuan has established long-term cooperation intentions with leading clients in niche industries and is advancing the validation process with automotive sector clients [4] - The company has achieved stable mass production of ultra-fine nano-silicon and nano-silicon powder materials in hundreds of kilograms [4] - The team is actively recruiting high-end technical talent and planning a new round of financing to support the construction of a thousand-ton production line [4] Investment Insights - Xiamen High-tech Investment emphasizes its long-term focus on the new energy sector and the importance of silicon-carbon anodes in overcoming energy density bottlenecks in lithium batteries, indicating a broad market outlook [4] - Tianhong Investment, focusing on hard technology innovation, views silicon-based anodes as a mainstream technology route for solid-state batteries, highlighting Xingkeyuan's unique position in mass-producing 5-50nm silicon particles [5]