符合连续挤压工艺——对节能的贡献

J. A. Pardoe
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引用次数: 17

摘要

摘要介绍包括一个简要的简历的发展的过程,从它的发明在1971年在UKAEA斯普林菲尔德实验室到现在,在这个时候,它已经建立了自己作为有许多工业应用在固体和空心部分的挤压从许多有色金属,在棒状或颗粒状,与潜在的直接从熔融金属挤压。考虑到节能方面,特别是从颗粒金属中挤出时,不仅可以作为传统压力机从坯料中挤出的替代方案,而且还可以作为粉末冶金技术的延伸。与此特别相关的是在生产过程中主要金属废料和废旧废料回收中的应用。以不可回收的处理和重熔到铸锭和坯料中用于后续制造为基础,评估了通过与各种预处理相结合所能达到的节能效果。
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CONFORM continuous extrusion process – its contribution to energy conservation
AbstractThe introduction includes a brief resume of the development of the CONFORM process, from its invention at the UKAEA Springfields Laboratories in 1971 to the present, at which time it has established itself as having many industrial applications in the extrusion of solid and hollow sections from many non-ferrous metals, in rod or particulate form, together with the potential for extruding direct from molten metal. Consideration is given to energy-saving aspects, especially when extruding from particulated metals, not only as an alternative to conventional press extrusion from billets, but also as an extension to powder metallurgical technology. Of particular relevance is the application of CONFORM to the reclamation both of prime metal waste from manufacturing operations and of used scrap. Irretrievable disposal and remelting to ingot and billet for subsequent fabrication are taken as the bases for assessing the energy savings attainable by integrating CONFORM with various pretreatments.
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