一种新型拉丝技术

M. Hashmi, G. R. Symmons, H. Parvinmehr
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引用次数: 33

摘要

在传统的拉丝过程中,减少是通过拉丝通过锥形模具来实现的。这种模具的最小孔尺寸总是小于进线直径。使用合适的润滑剂,以减少模具磨损和拉伸负荷,并产生良好的表面光洁度。然而,在启动过程中,模具磨损和电线断裂的问题始终存在。本文报道了一种新的拉丝工艺,它消除了启动时的磨损和断裂问题,也不需要减小导线的前端直径,以便于通过模具插入。线材直径的减小是通过聚合物熔体润滑剂与长锥形管的流体动力作用来影响的,该管的直径大于公称线材直径。在面积减少高达21%,可以获得在一个单一的通过使用这种无模减少单位。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Novel Technique of wire Drawing
In the conventional wire drawing process the reduction is achieved by pulling the wire through a tapered die. The minimum bore size of such a die is always smaller than the inlet wire diameter. A suitable lubricant is used to reduce the die wear and drawing load and to produce a good surface finish. Nevertheless, the problem of die wear and wire breakage during start-up is always present.In this paper a new technique of wire drawing is being reported which eliminates the problem of wear and breakage during start-up and also the need to have the diameter of the leading end of the wire reduced for easy insertion through the die. The reduction of the wire diameter is affected by means of the hydrodynamic action of a polymer melt lubricant in conjunction with a long tapering tube, the diameter of the tube being greater than the nominal wire diameter. Reductions in area of up to 21 per cent can be obtained in one single pass using this dieless reduction unit.
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