積層陶瓷電容製程與材料開發

積層陶瓷電容(MLCC)是現代3C產業不可或缺的電子元件，利用材料的開發，可以在更小的體積、以更多的層數獲得更高的電容。

Materials and Process Design for MLCC

Multi-Layer Ceramic Capacitor (MLCC) is a critical component in 3C electronic products. New materials design makes higher electric capacity possible in a smaller dimension through stacking higher number of ceramic layers. 

Contact Center of EMO Materials and Nanotechnology for details.

巨孔微米球

具有良好球體與均勻性的巨孔微米球，得以應用在諸多化學、生醫藥物釋放、能源等領域，台北科大研發團隊獲得多項技術突破與獎項。

Gigaporous Microspheres

Gigaporous microspheres Taipei Tech developed demonstrate uniform and excellent sphericity making them applicalbe for chemical, bio-medical, energy applications, etc. Our research team has gained numerous technical improvement and awards. 

Contact Nano-Energy Materials Lab for details.

無機聚合技術

無機聚合技術係利用鹼性配方液溶出礦物或廢棄物表面之矽、鋁離子，經聚合、脫水、硬化後形成Si-O-Al短程有序、長程無序之三維結構，屬非晶質或半晶質之物質，鍵結以共價鍵為主。 無機聚合技術製程簡單，不需經高溫處理，室溫下即可製備，且聚合過程中不會排放出二氧化碳，因此具減碳效益；此技術製備之材料，同時具防火/隔熱、重金屬穩定化及高早強度等優異之特性，應用層面廣泛，為一深具潛力之工程材料。

Geopolymeric Technology

Geopolymeric technology is using alkali solution to dissolve the Si, Al ion from mineral or waste powder’s particle, through polymerization, dehydration, and hardening, it will become a three-dimensional framework aluminosilicate material. The manufacturing process of geopolymeric technology is very simple and it can form under the room temperature. Thus, comparing with cement, it can reduce CO₂ emission. Geopolymer materials have superior mechanical and physical properties, such as fire resistant/heat insulation, stabilized the heavy metal, early strength…etc, It is believed that geopolymeric technology has great potential for engineering application. 

Contact Mineral Processing Lab for details.

金屬積層製造及粉末相關製程

各類模具鋼材(MS1, 17-4 PH, SUS 304)、鎳合金(IN 718)、鈦與鈦合金(Ti-6Al-4V)之積層製造實心材料(>99.95%緻密)以及多孔材特性(機械性質、物理性質、疲勞性質)研究。應用場域包括：生醫、航太、模具等場域。

粉末冶金、積層製造用金屬粉末及其特殊製程開發

Additive Manufacturing (AM) of Metals and Powder-related Processes

The AM processes we specialize include both powder bed fusion (PBF) and direct metal laser sintering (DMLS) processes. The metals investigated include: ferrous alloys (MS1, 17-4 PH, SUS 304), nickle alloy (IN 718), Ti and Ti-6Al-4V alloys for >99.95% density and cellular stuctures. We are specialized in the mechanical, physical, and fatigue properties of metals made by AM. The fields of application covers bio-medical, aerospace, and mold materials.

Metal powders and powder-related processes including traditional powder metallurgy and AM are all topics of interest.

Contact Applied Metals Processing Lab / Powder Metallurgy and Sintering Lab for details.