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1)  Cu-Ag alloy profiled bar
铜银合金异型排
1.
The continuous extrusion technology has been used to produce oxygen free Cu-Ag alloy profiled bar for commutator connect successfully,and it takes a great economic and social benefits for the enterprise.
连续挤压技术已经成功地应用于换向器用无氧铜银合金异型排的生产,并且取得良好的经济效益和社会效益。
2)  oxygen free silver bearing copper alloy profiled bar
无氧铜银合金异型排
1.
As an advanced forming technology, continuous forming extrusion technology is used to produce oxygen free silver bearing copper alloy profiled bar successfully, and it takes great economic and social benefit for the enterprise.
但是用连续挤压技术生产的无氧铜银合金异型排还存在一些缺陷,夹杂缺陷就是最主要的缺陷之一。
3)  profile silver copper busbar
异形银铜排
1.
The localization process of profile silver copper busbar used in rotators of large generator is presented.
介绍了大型发电机组转子用异形银铜排的国产化过程 ,陈述了异型银铜排的制造及其主要性能的控制和工艺关键。
4)  Ag-Cu alloy
银铜合金
1.
This paper summarizes the usual technology methods of producing Ag-Cu alloy contact wire used for electrical railway,explains the necessity to develop new technology,develops a new method of producing Ag-Cu alloy contact wire,that is continuous extrusion method.
概述了电气化铁路银铜合金接触线的常用工艺方法,说明了研究新的接触线制造工艺的必要性,并提出了新的银铜合金接触线制造方法———连续挤压法。
2.
The technological specificity of the continuous extrusion forming for Ag-Cu alloy and the effects of several process parameters, such as extrusion temperature, extrusion wheel rate, extrusion ratio and flash gap, on the process were analyzed and discussed.
分析讨论了银铜合金连续挤压工艺特点及挤压温度、挤压轮转速、挤压比、溢料间隙对连续挤压制品质量的影响。
5)  Cu-Ag alloy
铜银合金
1.
Cu-Ag alloy is used as the contact wire of electrization railway, its strength and friction-wear properties have a important influence on its application.
铜银合金作为电气化铁路的接触线材料,其强度和摩擦磨损性能对其使用有很大影响。
6)  shaped copper bars
异型铜排
补充资料:钯银合金
分子式:
CAS号:

性质:是以钯为基添加银的二元合金。钯和银可无限互溶,形成连续固溶体,有PdAg23、PdAg25、PdAg30、PdAg40等处牌号合金,具有强烈吸氢能力和选择性透氢能力,经其过滤的氢纯度可达到99.99999%。室温下具有良好的抗氧化性,在高温下随钯含量增加抗氧化能力亦随之提高,在含硫气氛中不变色,能为硝酸溶解和氰化物腐蚀。原子比(H/Me)0.37~0.70。透氢速度(500℃)3.4~4.1 cm3/(cm2·min)。熔点1280~1475℃。密度11.2~11.5g/cm3。抗拉强度304~385MPa。维氏硬度736~883MPa。用熔炼压力加工法制取,注意原料除气和防止重新吸气。用作弱电接点、精密电阻丝、高纯氢净化材料、电子浆料和电子工业用钎料等。 

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