Hydrogen Generation Supports Plasma Wire Arc Metal Additive Manufacturing Powder Production

D. Wolff, C. Berghorn, D. Cook, J. Strauss
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Abstract

Wire atomization processes used to make refractory and high temperature alloy powders are relatively expensive due to the cost of feedstock, energy, and gas. A new process based on Transferred Arc Wire Atomization technology, however, has the potential to overcome these problems. This paper introduces the innovative process which, in combination with hydrogen generation, presents new opportunities for several alloys that can be more easily processed by plasma wire atomization. The new approach shows promise to reduce both fixed and variable costs for certain refractory and high temperature materials.
氢生成支持等离子丝电弧金属增材制造粉末生产
由于原料、能源和气体的成本,用于制造耐火材料和高温合金粉末的线材雾化工艺相对昂贵。然而,一种基于转移弧线雾化技术的新工艺有可能克服这些问题。本文介绍了这一创新工艺,结合氢气的产生,为等离子丝雾化更容易加工的几种合金提供了新的机会。新方法有望降低某些耐火材料和高温材料的固定和可变成本。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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