Luftfahrt-Aluminiumplatte, as aluminum plates designed and used specifically for the aviation field, have become an indispensable and important material for modern aviation manufacturing due to their high strength, light weight and good corrosion resistance.
Beide 7075 und 7475 aviation aluminum plates belong to the 7 Serie Aluminiumlegierung. They are super-hard aluminum alloys in the aviation aluminum series and have good wear resistance, corrosion resistance and mechanical properties.
Beide 7075 und 7475 aviation aluminum plates contain zinc (Zn) and magnesium (mg) as the main alloy elements. The MgZn2 structure formed by these elements has a significant strengthening effect, making both alloys characterized by high strength and high hardness.
7075 aluminum alloy may be slightly inferior to 7475 aluminum alloy in strength, Diese Platte besteht aus einer Aluminium-Kupfer-Legierung 7475 aluminum alloy has better fracture toughness while maintaining high strength. This makes 7475 aluminum alloy more advantageous in certain application scenarios where both strength and toughness need to be considered.
The corrosion resistance of 7075 aluminum alloy is relatively poor, while the 7475 aluminum alloy has better corrosion resistance. This may be due to the addition of more alloying elements to the 7475 Aluminiumlegierung, forming a denser oxide film, thereby improving its corrosion resistance.
7075 Aluminiumplatte für die Luftfahrt:
Strength: tensile strength σb (MPa) ≥ 560, yield strength σp0.2 (MPa) ≥ 495.
Plasticity: The plasticity is good after solution treatment, and the strengthening effect of heat treatment is good.
Low temperature strength: good strength below 150℃.
Welding performance: Poor welding performance and tendency to stress corrosion cracking.
7475 Aluminiumplatte für die Luftfahrt:
Strength and toughness: High strength and good fracture toughness.
Korrosionsbeständigkeit: Has better corrosion resistance.
Other properties: Specific mechanical properties such as tensile strength, yield strength, etc. may vary depending on the specific state and processing method.
7075 Aluminiumplatte für die Luftfahrt: mainly used to manufacture aircraft structures and other high-stress structural parts that require high strength and corrosion resistance, such as aircraft upper and lower wing wall panels, Stringer, etc. In Ergänzung, it is also widely used in mold processing, Mechanische Ausrüstung, tooling fixtures and other fields.
7475 Aluminiumplatte für die Luftfahrt: mainly used for aluminum-clad and non-aluminum-clad plates for fuselage, wing frames, Stringer, etc. and other parts that require both high strength and high fracture toughness.
Aircraft aluminum sheets are specially treated to provide extremely high strength and rigidity while maintaining a low density. This property makes it ideal for manufacturing lightweight, high-strength aerospace components, helping to improve the overall performance and fuel efficiency of aircraft.
Typische Anwendung von Aluminiumplatten für die Luftfahrt:
| Artikel | Klasse | Temperament | Anwendung |
| 1 | 2024 | die,T351,T851 | Rumpfstruktur, Flügelzugkomponente, Schernetz, steifer Strukturabschnitt |
| 2 | 2014 | T851,T351 | Rumpfbearbeitungskomponente, Schott, Flügelhäute und andere Strukturkomponenten für Hochleistungs-Militärflugzeuge |
| 3 | 2324 | T39 | Untere Flügelhäute und Flügelkastenkomponente für Verkehrsflugzeuge |
| 4 | 7050 | T7651,T7451 | Rumpfring, rahmen |
| 5 | 7150 | T6151,T7751 | Obere Flügelhäute für große Verkehrsflugzeuge, die eine hohe Druckbeständigkeit erfordern, obere Flügelverstärkungsplatte und untere horizontale Stabilisatorplatte für zivile und militärische Flugzeuge |
| 6 | 7055 | T7751 | Obere Flügelstruktur, Horizontaler Stabilisierer, Kielbalken, Sitzschiene, Gütergleitschiene |
| 7 | 7075 | T651, T7651,O,T7351 | Flugzeugstrukturkomponenten erfordern eine hohe Festigkeit, mäßige Zähigkeit und mäßige Korrosionsbeständigkeit |
| 8 | 7475 | T651,T7351 | Rumpfhaut, Flügelhaut, Flügelholm, Rumpfschott |
Aerospace aluminum plates have good processability and are easy to cut, bend and weld, meeting the needs of complex shapes and structures in aircraft manufacturing.
Luftfahrt-Aluminiumplatte
Aviation aluminum plates play a pivotal role in aircraft manufacturing and have a wide range of applications, including but not limited to:
Fuselage and wings: Aviation aluminum plate is one of the main materials for manufacturing aircraft fuselage and wings. Its lightweight and high-strength characteristics help reduce the weight of the aircraft and improve flight efficiency.
Internal structural parts: In the internal structure of aircraft, aviation aluminum plates are widely used to manufacture frames, Rippen, partitions and other components to ensure the overall stability and safety of the aircraft.
Fuel tanks and casings: The corrosion resistance of aviation aluminum sheets makes them an ideal material for manufacturing key components such as fuel tanks and casings, effectively preventing fuel leakage and corrosion problems.
In addition to the aviation field, aviation aluminum plates are also widely used in many other industries:
Automobile manufacturing industry: Aviation aluminum sheets are used to manufacture automobile bodies, engine covers, doors and other components, which help reduce the weight of automobiles and improve fuel consumption efficiency and sports performance.
Electronics industry: In the casings and conductive parts of consumer electronics such as smartphones and tablets, aviation aluminum sheets are favored for their high conductivity and plasticity.
Construction industry: Aviation aluminum panels can be used in the manufacture of building facades, Dächer, skylights and other components. Its excellent weather resistance ensures the long-term use of the building.
