| 1050 | Sheet, strip |
| 2007 | Bars: round bars , square bars , flat bars, hexagon , round tubes |
| 2017 | Bars : round bars, square bars , flat bars , hexagon bars, round tubes |
| 5083 | Sheet, plates, bars |
| 5754 | Sheet, plates, bars |
| 6060 | Bars: round bars, square bars , flat bars , hexagon bars, square tubes/rectangular tubes, round tubes/oval tubes, L-profile, T-profile, U-profile |
| 6061 | Sheet, plates, bars |
| 6082 | Sheet, plates, bars : round bars, square bars, flat bars, hexagon bars, square tubes/rectangular tubes, round tubes/oval tubes, L-profile, T-profile, U-profile |
| 7022 | Sheet, plates |
| 7075 | Sheet, plates, Bars : round bars, square bars, flat bars |
*ALUMINIUM
PROPERTIES
The density of aluminum is 2.699 g / cm3,
The melting point of aluminum is 660 oC,
Aluminum is a corrosion-resistant metal due to Al2o3 alumina,
Aluminum features good thermal and electrical conductivity.
The melting point of aluminum is 660 oC,
Aluminum is a corrosion-resistant metal due to Al2o3 alumina,
Aluminum features good thermal and electrical conductivity.
*ALUMINIUM
APPLICATION
Aluminum in its pure form ( 99% content or more) is used in electrical cables, foils, cable coatings and cladding, for devices in the food industry, in electronics and electrical engineering, in manufacturing chemical equipment and capacitor films.
Aluminum alloys are obtained by adding elements such as: Si, Mg, Mn, Cu, Zn, Ti, Ni, Fe. They are used as construction materials in the construction industry (e.g. roofing), energy (manufacturing electrical wires), automotive industry, aviation, ships, railways and for producing machinery parts. These alloys are also used in air conditioning, ventilation, refrigeration and heating elements (collectors, heat exchangers) and also as decorative elements in furniture and advertising industry.
*ALUMINIUM
AVAILABLE FROM WAREHOUSES
*ALUMINIUM
SPECIES
| PN | PN-EN | DIN | ||
|---|---|---|---|---|
| Symbol | Number | Symbol | Symbol | Number |
| A1 | 1050A | Al 99,5 | Al 99,5 | 3.0255 |
| A0 | 1070A | Al 99,7 | Al 99,7 | 3.0275 |
| A1E | 1350A | E-Al 99,5 | E-Al | 3.0257 |
| – | 2007 | AlCu4PbMgMn | AlCuMgPb | 3.1645 |
| PA6 | 2017A | AlCu4MgSi | AlCuMg1 | 3.1325 |
| – | 2011 | AlCu6BiPb | AlCuBiPb | 3.1655 |
| PA7 | 2024 | AlCu4Mg1 | AlCuMg2 | 3.1355 |
| – | 3003 | AlMn1Cu | AlMnCu | 3.0517 |
| – | 3005 | AlMn1Mg0,5 | AlMn1Mg0,5 | 3.0526 |
| PA1 | 3103 | AlMn1 | AlMn1 | 3.0515 |
| PA16 | 3105 | AlMn0,5Mg0,5 | AlMn0,5Mg0,5 | 3.0505 |
| PA2 | 5251 | AlMg2 | AlMg2Mn0,3 | 3.3525 |
| PA11 | 5754 | AlMg3 | AlMg3 | 3.3535 |
| PA43 | 5005A | AlMg1 | AlMg1 | 3.3315 |
| PA13 | 5083 | AlMg4,5Mn0,7 | AlMg4,5Mn | 3.3547 |
| PA38 | 6060 | AlMgSi | AlMgSi0,5 | 3.3206 |
| PA38 | 6063 | AlMg0,7Si | AlMgSi0,5 | 3.3206 |
| – | 6005A | AlSiMg | – | – |
| PA4 | 6082 | AlSi1MgMn | AlMgSi1 | 3.2315 |
| PA45 | 6061 | AlMg1SiCu | AlMg1SiCu | 3.3211 |
| – | 6101 | AlMgSi | E-AlMgSi0,5 | 3.3207 |
| PA47 | 7020 | AlZn4,5Mg1 | AlZn4,5Mg1 | 3.4335 |
| (CERTAL) | 7022 | AlZn5Mg3Cu | AlZnMgCu0,5 | 3.4345 |
| PA9 (FORTAL) | 7075 | AlZn5,5MgCu | AlZnMgCu1,5 | 3.4365 |
*ALUMINIUM
CURING STATES
| Symbol stanu / Symbol | Temper designations |
|---|---|
| F | crude aluminum without thermal treatment |
| 0 | close-annealed – for products gaining specific properties in the process of hot working |
| 01 | heat treated in time and temperature recommended for supersaturated products as well as products which are slowly cooled to room temperature |
| 02 | gone through the process hot working to enhance formability |
| 03 | homogenized |
| H11 | strain hardened between 0 and H22 |
| H12 | strain hardened ¼ hard |
| H14 | strain hardened ½ hard |
| H16 | strain hardened ¾ hard |
| H18 | strain hardened full hard |
| H19 | strain hardened extra hard |
| H22 | strain hardened and partially annealed ¼ hard |
| H24 | strain hardened and partially annealed ½ hard |
| H26 | strain hardened and partially annealed ¾ hard |
| H28 | strain hardened and partially annealed full hard |
| H32 | strain hardened and stabilized ¼ hard |
| H34 | strain hardened and stabilized ½ hard |
| H36 | strain hardened and stabilized ¾ hard |
| H38 | strain hardened and stabilized full hard |
| H42 | strain hardened and painted or lacquered ¼ hard |
| H44 | strain hardened and painted or lacquered ½ hard |
| H46 | strain hardened and painted or lacquered ¾ hard |
| H48 | strain hardened and painted or lacquered full hard |
| T1 | cooled from elevated temperature shaping process and naturally aged to produce stable temper |
| T2 | cooled from elevated temperature shaping process, cold worked and naturally aged to produce stable temper |
| T3 | solution heat treated, cold worked and naturally aged to produce stable temper |
| T4 | solution heat treated and naturally aged to produce stable temper |
| T5 | cooled from elevated temperature shaping process and artificially aged |
| T6 | solution heat treated and artificially aged |
| T7 | solution heat treated and stabilized |
| T8 | solution heat treated, cold worked and artificially aged |
| T9 | solution heat treated, artificially aged and cold worked |
| T10 | cooled from elevated temperature shaping process, cold-worked and artificially aged |