推進粉末科學: 創新材料特性研討會Advancing our powder science with innovating material characterization

About The Event

粉末科學對於汽車、航太、醫療、電子以及工業應用的新興至關重要。想像一下，如果我們能夠有一個可預測性的指標來預判我們的粉末可以重覆使用多少次以及改善粉末的流動性和填充密度，藉以控制粉末的應力/應變行為，這將替我們省下寶貴的時間和資源。當我們處理粉末時，可能會遇到以下問題，瞭解基礎粉末科學特性以及量化粉末屬性能夠幫助您 - 更好的控制接近淨型 - 透過一致的零件品質控管減少材料的浪費 - 生產出傳統加工方式無法產出的複雜幾何形狀 - 提供最終產品品質一致性 此次由台灣科技大學機械工程學系、金屬積層製造技術聯盟、智慧製造跨域整合人才培育聯盟、台灣鍍膜科技協會、台灣思百吉 (Malvern Panalytical) 舉辦的研討會，成員們將分享如何實踐提升從積層製造、粉末塗料、再到金屬射出成型等製程實際案例分享。主題涵蓋如何提升粉末可重覆利用性，以及ASTM對於粉末流動性和填充密度的粒徑和顆粒形態等測試規範進行分享。您還將學習到其它技術，如X光繞射 (XRD) 進行物相定量分析，以及使用非破壞性的無損檢測技術X射線螢光分析儀 (XRF) 進行雜質分析，以及粉末冶金等案例分享。我們的特邀演講嘉賓還將涵蓋粉末塗料和廣泛的案例分享。 這次為期兩天的研討會是免費參加的。將會有資深的研究人員進行分享，以及實際操作來幫助您提升您的分析特性。期待您的參與，現在就註冊吧。https://events.malvernpanalytical.com/S20240612 此次研討會您將學習到： - 藉由實踐及實際案例分享進一步認識粉末科學 - 藉由分析設備，提升粉末可重覆利用性 - 除了金屬粉末，還將涵蓋陶瓷粉末和粉末塗料應用 - ASTM對於粉末流動性和填充密度的粒徑和顆粒形態等測試規範分享 - 其它技術如X光繞射 (XRD) 進行物相定量分析，以及使用非破壞性的無損檢測技術X射線螢光分析儀 (XRF) 進行雜質分析 Powder science is crucial for staying at the forefront of key industries such as automotive, aerospace, medical, electronics, and industrial machinery. Imagine the time and resources saved if we could have a predictive indicator of how many times our powders could be re-used. Or how we could improve powder flowability and packing density to manage stress and strain. We may encounter issues whenever we deal with powders; therefore, understanding fundamental powder science characterization with quantifiable powder properties allows users to: - A better control of near-net shape production - Reduced material wastes with a consistent quality part control - Produce complex geometry impossible for conventional machining processes - Product consistency with standard quality uniformity for final products In this seminar organized by the National Taiwan University of Science and Technology (NTUST), the Metal Additive Manufacturing Consortium, the Cross-Disciplinary Integration Talent Cultivation Alliance for Smart Manufacturing Consortium, Taiwan Association for Coating and Thin Film Technology (TACT) and Malvern Panalytical, consortium members will share best practices and case studies to advance our manufacturing processes, from additive manufacturing and powder coating to metal injection molding. Topics will include test methodologies to improve sustainability in powder rejuvenation and re-use, and guidance from ASTM on approved test methodologies such as particle size and particle morphology for powder flowability and packing density. Attendees will also be exposed to methodologies like X-ray diffraction for quantifying phase changes and non-destructive elemental analysis using X-ray fluorescence for impurity checks. In addition to powder metallurgy examples, our guest speakers will discuss powder coating, with a broad spectrum of case studies to be shared. This 2-day conference/workshop is free to attend. Look forward to a good mix of sharing from experienced, renowned researchers and practical hands-on to improve your analytical characterization. Register now.