Copper Alloys
Abstract
The article contains sections titled:
1. |
Introduction |
2. |
Wrought Coppers |
2.1. |
Coppers, ≧ 99.3 % Cu |
2.2. |
High-Copper Alloys, ≧96.0 % Cu |
3. |
Wrought Brasses |
4. |
Wrought Leaded Brasses |
5. |
Wrought Tin Brasses |
6. |
Wrought Tin Bronzesand Brazing Alloys |
6.1. |
PhosphorBronzes |
6.2. |
Leaded Phosphor Bronzes |
6.3. |
BrazingAlloys |
7. |
Wrought Specialty Alloys |
7.1. |
Copper-Aluminum Alloys (Aluminum Bronzes) |
7.2. |
Copper - Silicon Alloys (Silicon Bronzes) |
7.3. |
Miscellaneous Copper - Zinc Alloys |
8. |
Wrought Copper - Nickel Alloys |
8.1. |
Cupronickels |
8.2. |
Copper - Nickel - Zinc Alloys |
9. |
Casting Alloys |
9.1. |
Cast Coppers |
9.2. |
High-Copper Alloys |
9.3. |
Copper - Tin - Zinc andCopper - Tin - Zinc - LeadAlloys |
9.4. |
Copper - Manganese Alloys |
9.5. |
Copper - Zinc - SiliconAlloys |
9.6. |
Copper - Tin Alloys |
9.7. |
Copper - Tin - Lead Alloys |
9.8. |
Copper - Tin - Nickel Alloys |
9.9. |
Copper - Aluminum - Ironand Copper - Aluminum - Iron - NickelAlloys |
9.10. |
Copper - Nickel - Iron Alloys |
9.11. |
Copper - Nickel - Zinc - Tin - LeadAlloys |
9.12. |
Special Cast Alloys |
10. |
Master Alloys |
11. |
Safety and Environmental Aspects |
12. |
Economic Aspects |