Research of the New Zinc-Based Wearing Alloy

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[1]修世飞,张恩洪.新型锌基合金耐磨材料的研制[J].特种铸造及有色合金,1991(04):13-15.

Xiu Shifei. Research of the New Zinc-Based Wearing Alloy. [J]. Special Casting & Nonferrous Alloys (4):13-15(1991)
[1]修世飞,张恩洪.新型锌基合金耐磨材料的研制[J].特种铸造及有色合金,1991(04):13-15. DOI：

Xiu Shifei. Research of the New Zinc-Based Wearing Alloy. [J]. Special Casting & Nonferrous Alloys (4):13-15(1991) DOI：

通过添加合金元素M

研制出含耐磨硬质点的新型锌合金耐磨材料

并通过电镜及扫描观察了硬质点的形貌及成分分布。试验证明

该合金完全可以代替锡青铜

比锡青铜成本降低约70％

适合于重载、低速下工作的轴瓦、轴套、蜗轮等滑动配件。

In order to produce wearing hardness particle

we added M alloy belement

observed the morphology of hardness panicle by electron microscope

and probed ingradient distribution by electron scanning.Testing results show that.it is able to replace tin-bronze. It adapts to be maked some bushes

sleeves and turbines which using in heavy load and low speed.

耐磨硬质点减磨性

耐磨硬质点减磨性

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