Abstract
The experimental results of atmospheric corrosion of 166 aluminium alloy of Al-Mg-Si-Cu system and 167 aluminium alloy of Al-Mg-Si-Cu-Fe-Ni system for different surface treatment and different wrapping papers used are introduced. The results show: 1. The composition of aluminium alloy has some effect on the performance of atmospheric corrosion stability and the local corrosion depth for 167 aluminium alloy specimen is considerable. 2. After 8 years storage, the 167 aluminium alloy tubular specimen, which was treated with surface treatment in deionized water at 100 {approx} 230 C degree, has no spot of atmospheric corrosion found. 3. Within the test period, the performance of atmospheric corrosion stability by sulphuric-acid anodization film is remarkable. 4. The No. 19 gaseous rust protection paper has no effect of atmospheric corrosion stability on the 166 and 167 aluminium alloys which were treated with quenching and natural ageing method.
Guizhong, Gao
[1]
- Beijing Inst. of Nuclear Engineering (China)
Citation Formats
Guizhong, Gao.
The effect of surface treatment and gaseous rust protection paper on the atmospheric corrosion stability of aluminium alloy.
China: N. p.,
1992.
Web.
Guizhong, Gao.
The effect of surface treatment and gaseous rust protection paper on the atmospheric corrosion stability of aluminium alloy.
China.
Guizhong, Gao.
1992.
"The effect of surface treatment and gaseous rust protection paper on the atmospheric corrosion stability of aluminium alloy."
China.
@misc{etde_10145116,
title = {The effect of surface treatment and gaseous rust protection paper on the atmospheric corrosion stability of aluminium alloy}
author = {Guizhong, Gao}
abstractNote = {The experimental results of atmospheric corrosion of 166 aluminium alloy of Al-Mg-Si-Cu system and 167 aluminium alloy of Al-Mg-Si-Cu-Fe-Ni system for different surface treatment and different wrapping papers used are introduced. The results show: 1. The composition of aluminium alloy has some effect on the performance of atmospheric corrosion stability and the local corrosion depth for 167 aluminium alloy specimen is considerable. 2. After 8 years storage, the 167 aluminium alloy tubular specimen, which was treated with surface treatment in deionized water at 100 {approx} 230 C degree, has no spot of atmospheric corrosion found. 3. Within the test period, the performance of atmospheric corrosion stability by sulphuric-acid anodization film is remarkable. 4. The No. 19 gaseous rust protection paper has no effect of atmospheric corrosion stability on the 166 and 167 aluminium alloys which were treated with quenching and natural ageing method.}
place = {China}
year = {1992}
month = {Mar}
}
title = {The effect of surface treatment and gaseous rust protection paper on the atmospheric corrosion stability of aluminium alloy}
author = {Guizhong, Gao}
abstractNote = {The experimental results of atmospheric corrosion of 166 aluminium alloy of Al-Mg-Si-Cu system and 167 aluminium alloy of Al-Mg-Si-Cu-Fe-Ni system for different surface treatment and different wrapping papers used are introduced. The results show: 1. The composition of aluminium alloy has some effect on the performance of atmospheric corrosion stability and the local corrosion depth for 167 aluminium alloy specimen is considerable. 2. After 8 years storage, the 167 aluminium alloy tubular specimen, which was treated with surface treatment in deionized water at 100 {approx} 230 C degree, has no spot of atmospheric corrosion found. 3. Within the test period, the performance of atmospheric corrosion stability by sulphuric-acid anodization film is remarkable. 4. The No. 19 gaseous rust protection paper has no effect of atmospheric corrosion stability on the 166 and 167 aluminium alloys which were treated with quenching and natural ageing method.}
place = {China}
year = {1992}
month = {Mar}
}