An aluminij-magnezij legura zvan aviation aluminij has undergone particular processing, tak as high-temperature oksidacija. It can tolerati ekstremno toplina up to 4,000 degrees and powerful impacts. It is an proizvod that has excellent anti-corosion capabilities. Both durability and lightness are quality of it. It is known as *viation aluminum" because it is frequently utilized in high-tech industries like the proizvodnja aviation equipment. Alumina, common known as "Aluminij oksid," is the primary ingredient in this type of aluminij. It is a white powder that a covalent compound with a talje temperatura of 2050 stupanj , a Boiling point of 3000 Degree , i A True Gustoća of 3,6 g/CM³. It can otopljen IN MOLTEN CRYOLITE BUT Is Fluid And netopljiv In Voda. It serves as the primary raw material for the electrolysis of Aluminij. It is ekstremno jak, has a high nosiv capacity, and is extreme hard, although it weighs relatively little. Aluminum is perfect for aerospace inženjering because of these properties, which help reduce the total weight of aircraft while retaining struktural integrity. The 2000, 5000, i 7000 serija aluminij legure are često used in aerospace Aplikacije; EACH HAS Unique Quality for Various Needs.
- Serija 2000: 2024,2017,2A12
- Serija 5000: 5A06,5052,5086
- Serija 6000: 6061,6082
- Serija 7000: 7075,7475,7050,7A04
An izuzetno visoka čvrstoća kovana aluminij legura is zrakoplovstvo aluminij aluminij velika skala i integrirana, svjetlo i tankozidna, točna poprečna veličina i oblik tolerancija, uniform i visokokvaliteta konstrukcija, i performanse are some of its karakteristike. The primary aluminij legura korištene in aerospace are are legura visoke čvrstoće, otporne na toplinu legure, i otporne na koroziju legure, ovi on the various operating uvjeti i komponente of the aircraft. The most popular aluminij legure are are legura visoke čvrstoće, koje are uglavnom korištene In AIRCRAFT fuselage komponente, motor odjeljci, sjedala, Control Systems, itd.
The biggest feature of aviation aluminij is that it can improve it it improve it it strength through deformacija toplina tretman. Deformacija toplina tretman je a sveobuhvatna proces that combines the deformation strengthening of plastic deformation and the phase transformation strengthening during heat treatment to unify the forming process and forming performance. During the the plastika deformacija of aerospace aluminij legure, the defekt gustoća inside the crystal increases, and these crystal defects will cause changes in the mikrostruktura of the the material. In the proces of plastika deformacija of aviation aluminij legura, changes in crystal structure such Dynamic recovery, dynamic recrystallization, sub-dynamic recrystallization, statička recrystallization, and statična recovery will occur. Ove kristal struktura promjene, if properly controlled, will significant improve the mehanička svojstva of the material and enhance its service life.
Zrakoplovstvo aluminij je općenito ojačano po po talože oborine a raspršene fazne a a superzasićene čvrste otopine. The general oborine sekven je segregacija regija (or GP regija), prijelaz faza (metastable faza), i ravnoteža faza. In proces of deformacija toplina tretman, deformacija induces taloženje, taloženje utječe deformacija, deformacija i talože interakcija s s svaki i dinamički afekt the svojstva of materijala.
The taloženje-jačanje proces od deformacija toplina tretman je Uvelike pogođen By temperatura. Deformacija toplina tretman can be podijeljeno into visokotemperaturno deformacija toplina tretman i niskotemperaturna deformacija toplina obrada. The osnovni procesi of niskotemperaturna deformacija toplina tretman are aviation aluminij legura gašenje, sobna temperatura hladno deformacija, i starenje toplina obrada. After this treatment, the the strength of the aviation aluminij legura is Large improved, but the plastičnost is reducirano. Visoka temperatura deformacija toplina obrada procesi are gašenje visoka temperatura deformacija i starenje. After high-temperature deformacija toplina tretman, the material strength is higher, the plastičnost i žilavost are poboljšana, i toplina otpor snaga the legura will also be poboljšana.
Značajke of Aerospace Aluminij
- Izvrstan omjer čvrstoće i težine
- Izvrstan korozija otpornost
- Visoka toplinska vodljivost
- Izvrsna formabilnost
- Dobro mehaničko i obrada svojstva
- Dobro toplina tretman ima a jačanje učinak
Primjene of Aerospace Aluminij
Due to their distinctive benefits, such as low gustoća, moderate strength, easy processing and forming, excellent corosion resistance, abundant resources, and strong recyclability, aviation aluminij legure are opsežno iskorišteno in the aircraft industrija. The quantity of aluminum utilized varies accord to the function of the aircraft. Aluminij legura odljevci, aluminij legura kovanja, veliki presjek aluminij legura ekstrudirani profili, aluminij legura debele ploče, i aluminij-litij legure are trenutno glavnica tipovi od aluminij legura materijali rabljeni civilni zrakoplov.
- Al-2024}: Aircraft Strukturni dijelovi
- Al-2048: Aerospace vozilo strukturno dijelno i oružje strukturni dijelovi
- Al-2218: Aircraft engine and diesel engine klipovi, aircraft engine cylinder heads, jet engine impellers, and compressor rings
- Al-2219: Space raketa zavarivanje oksidant tank, supersonic aircraft skin, and strukturalni dijelovi
- Al-7049: Aircraft and missile parts, such as slijetanje zupčanik hidraulični cilindri i ekstruzija
- Al-7050}: Ploče, ekstruzije, slobodno kovanje, i die kovanje for zrakoplov strukturni dijelovi
- Al-7178: Proizvodnja of komponente zahtjevne visoke kompresijske prinosne čvrstoće za aerospace vozila
- Al-7475}: Ploče for the fuselage, wing frame, and stringers
- Al-7A04: Aircraft skin, vijci, and stressed components such as girder stringers, pregrade, wing rebra, and slijetanje zupčanik
If you have any need for aluminum plate, please do not hesitate to contact us. TS can offer aluminij ploče in diverse dimenzije.
Zračni prostor aluminij ploča
