AMPCO® 673
Description
These are wrought zinc-manganese-silicon-lead-copper alloys which are widely specified for a variety of bearing and/or corrosive applications: bushings, gears, cams, nuts and bolts, connector rods, idler shafts and other shafting, worm gears, feed fingers, lead nut screws, etc.
Both alloys have excellent capacity for hot forming, with hot forgeability ra tings of 100. AMPCO® 674 exhibits a machinability rating of 25%, while AMPCO® 673 has a considerably higher rating of 80%.
This significant difference in the two materials is in the higher lead content of AMPCO® 673 which increases that alloy's ma chinability but decreases its tensile and yield values.
These are wrought zinc-manganese-silicon-lead-copper alloys which are widely specified for a variety of bearing and/or corrosive applications: bushings, gears, cams, nuts and bolts, connector rods, idler shafts and other shafting, worm gears, feed fingers, lead nut screws, etc.
Both alloys have excellent capacity for hot forming, with hot forgeability ra tings of 100. AMPCO® 674 exhibits a machinability rating of 25%, while AMPCO® 673 has a considerably higher rating of 80%.
This significant difference in the two materials is in the higher lead content of AMPCO® 673 which increases that alloy's ma chinability but decreases its tensile and yield values.
一般属性
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物料形态
已商用：当前有效
文档
description
Technical Datasheet (English)
下载文档可用性
北美洲, 非洲和中东, 拉丁美洲, 欧洲, 亚太地区
其他属性
Metal Type, Alloy Identification, Type Analysis, 密度, Tensile Strength (Ultimate), Tensile Strength (Yield), 0.2%, Tensile Elongation (Break), 硬度, 拉伸模量, 剪切模量, Mean Specific Heat, Mean CTE, 导热系数, Electrical Conductivity
加工
Find specific processing information for AMPCO® as well as general information for the Copper - Wrought - Other Cu-Zn Alloys generic family. 注册 或 登录 了解更多信息。
购买地点
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