金屬增材製造部件
EOS 加入MAT-H2以開發氫能系統
EOS 加入由歐盟資助的 MAT-H2 聯盟，支持有關氫能系統材料及製造方法的研究。公司將貢獻其金屬粉末床熔融技術方面的專長，與 Teknos、Bumax、SSAB、Wärtsilä、VTT 及奧盧大學等合作夥伴並肩合作。
該聯盟正研究金屬、塗層及製造工藝在長期氫氣暴露下的表現，特別關注強度、可靠性及材料劣化問題。EOS 將支援材料表徵、應用導向開發及增材製造，同時亦會參與與 Wärtsilä 的 WISE 氫能系統及能源生產計劃相關的工作。
對製造商及能源營運商而言，增材製造有望實現專為嚴苛氫氣環境而設計的複雜組件，同時縮短開發及測試週期。EOS 的參與反映業界日益關注利用金屬 3D 打印，支持未來氫能基礎設施及高性能工業組件的發展。
英文原文
EOS joined the EU-funded MAT-H2 consortium to support research into materials and manufacturing methods for hydrogen-based energy systems. The company will contribute its metal powder bed fusion expertise alongside partners including Teknos, Bumax, SSAB, Wärtsilä, VTT and the University of Oulu.
The consortium is studying how metals, coatings and manufacturing processes behave during long-term hydrogen exposure, with particular attention to strength, reliability and material degradation. EOS will support material characterization, application-driven development and additive manufacturing, while also contributing to work connected with Wärtsilä’s WISE initiative for hydrogen power systems and energy production.
For manufacturers and energy operators, additive manufacturing could enable complex components designed specifically for demanding hydrogen environments while shortening development and testing cycles. EOS’ involvement reflects growing interest in using metal 3D printing to support future hydrogen infrastructure and high-performance industrial components.
- 來源
- Trend Hunter
- 發布
- 2026-08-14
- 品類
- Inventions
- 出處
- 3dprint