温压铝基粉末冶金件用润滑剂的优化选择

张春芝; 边秀房

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温压铝基粉末冶金件用润滑剂的优化选择
Optimum selection of lubricants for the warm compacted Al-based PM parts
- 角色： First author 第一作者
- 机构：
  山东大学材料液态结构及其遗传性教育部重点实验室
张春芝
1 ，
- 机构：
  山东大学材料液态结构及其遗传性教育部重点实验室
边秀房
1
2008年第S1期页码：201-203
纸质出版日期： 2008 ，
DOI：

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引用
[1]张春芝,边秀房.温压铝基粉末冶金件用润滑剂的优化选择[J].特种铸造及有色合金,2008(S1):201-203.

Chunzhi Zhang, Xiufang Bian. Optimum selection of lubricants for the warm compacted Al-based PM parts[J]. Special Casting & Nonferrous Alloys, 2008,(S1):201-203.
[1]张春芝,边秀房.温压铝基粉末冶金件用润滑剂的优化选择[J].特种铸造及有色合金,2008(S1):201-203. DOI：

Chunzhi Zhang, Xiufang Bian. Optimum selection of lubricants for the warm compacted Al-based PM parts[J]. Special Casting & Nonferrous Alloys, 2008,(S1):201-203. DOI：

摘要

研究了不同种类的润滑剂对Al-12Si-2Cu-0.1Sn、Al-12Si-2Cu-0.1Mg和Al-12Si试样湿密度和烧结密度的影响。研究结果表明,由PEG和EBS组成的润滑剂可大大提高铝基粉末冶金件的密度,并且在PEG∶EBS为1∶2时获得湿密度和烧结密度最大值。这对于制备高致密性的铝基粉末冶金件具有非常重要的现实意义。

译

Abstract

Effects of different lubricants on the Green density and sintering density of Al-12Si-2Cu-0.1Sn, Al-12Si-2Cu-0.1Mg and Al-12Si alloys were studied. Results show that the lubricant comprising PEG and EBS can improve the density of the alloys significantly. The largest green density and sintering density can be attained when the proportion of PEG to EBS is 1∶2. It has practical significance for the development and application of the PM Al-based alloys.

译

关键词

铝基合金; 粉末冶金; 润滑剂; 密度

译

Keywords

Al-based alloy; powder metallurgy （PM）; lubricant; Density

译

摘要

研究了不同种类的润滑剂对Al-12Si-2Cu-0.1Sn、Al-12Si-2Cu-0.1Mg和Al-12Si试样湿密度和烧结密度的影响。研究结果表明

由PEG和EBS组成的润滑剂可大大提高铝基粉末冶金件的密度

并且在PEG∶EBS为1∶2时获得湿密度和烧结密度最大值。这对于制备高致密性的铝基粉末冶金件具有非常重要的现实意义。

Abstract

Effects of different lubricants on the Green density and sintering density of Al-12Si-2Cu-0.1Sn

Al-12Si-2Cu-0.1Mg and Al-12Si alloys were studied. Results show that the lubricant comprising PEG and EBS can improve the density of the alloys significantly. The largest green density and sintering density can be attained when the proportion of PEG to EBS is 1∶2. It has practical significance for the development and application of the PM Al-based alloys.