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日本神户制钢所利用热静水压挤压技术,在世界上首次开发出一种由Pt、Ti、Cu三层金属包层构成的电极材料。目前正提供样品给需要厂家作为贵金属及铬、锌等高级品的电镀用电极材料进行重复试验。 神户制钢所从1984年起就利用根据独创的技术开发的热静水压挤压法制成由Ti、Cu两层金属包层构成的电极材料。此次又根据此一两层金属包层技术,利用高温高压下的热静水压挤压法,制成以铜作为母材、其外部为钛、进而在其表面部为铂的三层金属包层。这种三层金属包层可薄至约为金属厚度的1/20。与通常所采用的先将钦与铜进行爆炸
Japan’s Kobe Steel used hot hydrostatic extrusion technology, in the world for the first time developed by the Pt, Ti, Cu three layers of metal clad electrode material composition. Samples are currently being provided to the need for manufacturers as precious metals and chromium, zinc and other high-grade electrode materials used in electroplating repeated tests. Since 1984, Kobe Steel has made electrode materials consisting of two layers of Ti and Cu claddings by hydrostatic extrusion developed according to the original technology. This is based on one or two layers of metal cladding technology, the use of high temperature and pressure hydrostatic hydrostatic extrusion method, made of copper as the base material, the external is titanium, and then the surface of the platinum layer of three metal layers. This three-layer cladding can be as thin as about 1/20 of the metal thickness. And commonly used first Qin and copper explosion