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首页> 外文期刊>International Journal of Modern Physics, B. Condensed Matter Physics, Statistical Physics, Applied Physics >An easy-to-decompose binder for Ti metal injection molding: Preparation and characterization of feedstock
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An easy-to-decompose binder for Ti metal injection molding: Preparation and characterization of feedstock

机译：用于钛金属注射成型的易分解粘合剂：原料的制备和表征

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摘要

Impurity control is crucial to Ti metal powder injection molding (Ti-MIM) since titanium is a universal solvent to interstitial elements such as oxygen, carbon and nitrogen. In this study, a low decomposition temperature binder system was developed; the rheological and solvent debinding assessments of the feedstock formulated from this binder were performed. Solvent mixing was employed to prepare homogeneous feedstocks. Effects of powder shape and solid loading on rheological properties were evaluated. After injection molding, a debinding profile was constructed. The debound parts were then characterized by microstructural observation.
机译：杂质控制对于钛金属粉末注射成型（Ti-MIM）至关重要，因为钛是诸如氧，碳和氮等间隙元素的通用溶剂。在这项研究中，开发了一种低分解温度的粘合剂体系。对由该粘合剂配制的原料进行流变和溶剂脱脂评估。使用溶剂混合来制备均质原料。评估了粉末形状和固含量对流变性能的影响。注射成型后，构建脱脂轮廓。然后通过显微组织观察对脱脂的零件进行表征。

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