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Electrode wire for electrical discharge machining and method of manufacturing electrode wire for electrical discharge machining

机译:放电加工用电极线及制造方法

摘要

To provide an electrode wire for electrical discharge machining including β-brass and γ-brass arranged on an outer peripheral surface of a core and a method of manufacturing the electrode wire, capable of enhancing wire connection performance and cutting down manufacturing cost while trying to increase a processing speed.;The electrode wire for electrical discharge machining according to this invention comprises: an external layer including β-brass and γ-brass; and a core having an undulating shape formed at a boundary surface with the external layer. The β-brass and the γ-brass are arranged densely and sparsely at the boundary surface of the undulating shape. The method of manufacturing an electrode wire for electrical discharge machining according to this invention comprises: a thermal processing step of executing thermal process on a base material under a predetermined thermal processing condition, the base material having a core with a zinc-coated surface; and a wire drawing step of drawing a base wire under a predetermined wire drawing condition provided with β-brass and γ-brass formed at the surface of the core by the thermal process to make the γ-brass reach the core, thereby forming a boundary surface of the core with an external layer into an undulating shape.
机译:提供一种用于放电加工的电极线,其包括布置在芯的外周表面上的β-黄铜和γ-黄铜,以及制造该电极线的方法,其能够提高线连接性能并降低制造成本,同时试图增加成本根据本发明的用于放电加工的电极线包括:包括β-黄铜和γ-黄铜的外层;芯部在与外层的界面处形成有起伏的形状。 β-黄铜和γ-黄铜在波状形状的边界面上密集且稀疏地排列。根据本发明的用于放电加工的电极线的制造方法包括:热处理步骤,该热处理步骤在预定的热处理条件下对基材进行热处理,该基材具有芯,该芯具有镀锌表面。以及拉丝工序,该拉丝工序是在规定的拉丝条件下通过加热处理在芯部表面形成有β-黄铜和γ-黄铜的规定的拉丝条件下使母线到达γ-芯的边界而形成的。芯的外表面具有起伏的形状。

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