| Alloy |
Characteristic |
Application |
| Serial 1000 |
Pure aluminum |
Pure aluminum is used in industry with a composition of pure aluminum of over 99% . This type has excellent shaping, corrosion resistance, weldability, good electrical and thermal conductivity. |
Household appliances, electrical tools, electrical transmission materials |
| Serial 2000 |
Aluminum – Copper alloys |
Hardness is equivalent to steel, but less in terms of corrosion resistance because it contains relatively large amounts of copper (Cu). |
Structural materials, forging materials, aircraft parts, motor bike parts |
| Serial 3000 |
Aluminium – manganese alloys |
Adding Manganese (Mn) increases hardness but still does not reduce the ability to shape and resist corrosion. |
Construction materials, containers, auto mobile parts |
| Serial 4000 |
Aluminum – Silicon alloys |
Adding a relatively large amount of silicon (Si) prevents thermal expansion and provides superior heat endurance and abrasion resistance. |
Welding materials, welding wire, forged piston materials |
| Serial 5000 |
Aluminum- Magnesium alloys |
Adding magnesium helps to increase hardness and weldability. |
Decorative materials, structural materials, OA components |
| Serial 6000 |
Al-Mg-Si
Aluminum – Magnesium – Silicon alloys |
Hardness and corrosion resistance are improved by adding magnesium (Mg) and silicon (Si). In addition, block casting cabalitiy is also better. |
Structural materials, auto / motorbike / rail vehicles parts |
| Serial 7000 |
Aluminum – Zinc – Magie Magnesium alloys |
Adding Zinc (Zn) and Magnesium (Mg) forms the alloy with the highest hardness of all aluminum alloys. |
Materials for welding and manufacturing aircraft |
