汽车用高性能低硅铝基瓦带的制造技术

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汽车用高性能低硅铝基瓦带的制造技术
Casting Technology for Automobile’s Bush of a Developed Al₁₀Sn₃Si₂PbCu Alloy with High Property
2004年第5期页码：54-56
纸质出版日期： 2004 ，
DOI：

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[1]雷健,魏伯康,黄永承,郑宇新,王泽忠,袁序弟,王建设.汽车用高性能低硅铝基瓦带的制造技术[J].特种铸造及有色合金,2004(05):54-56+3.

Lei Jian Wei Bokang. Casting Technology for Automobile’s Bush of a Developed Al₁₀Sn₃Si₂PbCu Alloy with High Property[J]. Special Casting & Nonferrous Alloys, 2004,(5):54-56.
[1]雷健,魏伯康,黄永承,郑宇新,王泽忠,袁序弟,王建设.汽车用高性能低硅铝基瓦带的制造技术[J].特种铸造及有色合金,2004(05):54-56+3. DOI：

Lei Jian Wei Bokang. Casting Technology for Automobile’s Bush of a Developed Al₁₀Sn₃Si₂PbCu Alloy with High Property[J]. Special Casting & Nonferrous Alloys, 2004,(5):54-56. DOI：

通过高性能轴承合金AlSn10Si3Pb2Cu的开发

基本掌握了Si的质量分数为 2 %～ 3 %的铝基轴瓦全套生产技术。应用现有的熔铸及轧制生产设备

通过工艺的优化与调整

使得轴瓦带材的轧制成材率提高到 93 %以上。与传统AlSn2 0Cu合金相比

研制合金轴瓦的蓝宝石疲劳强度提高了 3 0 %～ 40 %

达到 10 0～ 115MPa水平

和国外同类产品相当。

The whole of casting technology for developed Al 10 Sn 3Si 2PbCu bush with high properties was well known. Using present equipments

including melting

casting and rolling

and optimizing casting technology

the yield of the rolled strip reached to more than 93%.Compared with conventional Al 20 SnCu alloy

the fatigue value with sapphire fatigue testing is higher by 30%～40% attaining to 100～115 MPa equivalent to foreign counterpart.

轴承合金复合轧制疲劳强度蓝宝石试验

Bush AlloyCasting-RollingFatigue StrengthSapphire Testing

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