Description of aluminum alloy

Primary aluminum is collectively referred to as electrolytic aluminum in the market supply, and it is the raw material for the production of aluminum and aluminum alloy materials. Aluminum is a metal with low strength and good plasticity. In addition to the application of some pure aluminum, in order to improve the strength or comprehensive performance, it is made into an alloy. Adding an alloying element to aluminum can change its structure and properties, making it suitable for various processing materials or casting parts. Alloying elements that are often added are copper, Te mau nota, Te mau mana'o tauturu no te, and silicon.

aluminum alloy with blue film

Aluminum alloy grade naming principle

• 1. The trademark of the international four-digit number system can be directly quoted.
• 2. Deformed aluminum and aluminum alloys that are not named as international four-digit number system grades should be named with four-character grades (but experimental aluminum and aluminum alloy colors use the prefix X plus four-character grades).

Classification and application of aluminum alloy

Aluminum alloys are alloys made by mixing aluminum with other metal elements and are commonly used in various industrial fields, including aerospace, Te hamaniraa pereoo uira, paturaa, electronics, food packaging, and more.

The following are some common aluminum alloy grades and their characteristics:

• 1000 anairaa aluminum alloy: Contains more than 99% aluminum, and the common grades are 1050, 1060, 1100; it has good machinability, electrical conductivity and corrosion resistance. It is often used in the manufacture of food containers, wires and cables, die-casting parts, e te tahi atu â.
• 2000 anairaa aluminum alloy: Contains copper and has high strength and corrosion resistance. Common grades are 2011, 2014, e 2024; they are often used in the manufacture of aerospace components, Te mau nota, automobile and bicycle components, e te tahi atu â.
• 3000 anairaa aluminum alloy: contains manganese, has good strength and corrosion resistance, and is easy to weld and process. Common grades are 3003, 3004, 3104, 3105; often used in the manufacture of building materials, Te mau nota, aircraft wing spars, e te tahi atu â.
• 4000 anairaa aluminum alloy: contains silicon and has high strength, hardness and wear resistance. Common grades are 4032, 4043, 4047; often used in the manufacture of aircraft parts, automotive brake systems, e te tahi atu â.
• 5000 anairaa aluminum alloy: containing magnesium, it has good plasticity, strength and corrosion resistance. Common grades are 5005, 5050, 5052, 5083, 5454, 5754; commonly used in the manufacture of aerospace vehicles, te mau materia paturaa, bicycle frames, e te tahi atu â.
• 6000 anairaa aluminum alloy: contains magnesium and silicon, has high strength and corrosion resistance, and is easy to weld and process. Common grades are 6060, 6061, 6063, 6082; commonly used in the manufacture of aircraft parts, Te mau tuhaa taa ê, ship structures, e te tahi atu â.
• 7000 anairaa aluminum alloy: contains zinc, has good machinability and corrosion resistance, and is suitable for use under high temperature and high pressure conditions. The common grade is 7075; it is often used in the manufacture of engine parts, hydraulic pipelines, e te tahi atu â.
• 8000 anairaa aluminum alloy: contains tin, has good plasticity and weldability, and is suitable for making containers and pipes, e te tahi atu â. Common grades are 8011, 8021, 8079.

The above are some common aluminum alloy grades and their characteristics. The selection of suitable aluminum alloy grades can be determined according to specific application requirements and conditions of use.

Aluminum Alloys Specifications

Alloy	1000 2000 3000 4000 5000 6000 8000 series etc.
Te huru â te huru	O,H12,H14,H16,H18,H22,H24,H26,H112,H32,T4,T6,T651,etc.
Me'ume'u	0.006-0.02Te mau mana'o tauturu no te(Foil),0.02-6Te mau mana'o tauturu no te(Sheet/Coil/Circle),6-40Te mau mana'o tauturu no te(Plate)
Product Type	Aluminum Sheet/Plate,Aluminum Coil,Te tahi atu â mau mea i ni'a i te itenati,Aluminum Foil,Aluminum Circle
Surface	Mill finish,Diamond plate,Color coated,Pover coated,Anodized aluminum plate,Embossed,e te tahi atu â.

Grades and uses of pure aluminum and aluminum alloys

1050: Squeeze coils for food, Te mau raau taero e te mau raau taero, Te mau mana'o tauturu no te haapiiraa, Te mau mana'o tauturu no te haapiiraa.

1060: It is required for occasions with high corrosion resistance and formability, e ere râ i te mau titauraa teitei no te puai, and chemical equipment is its typical application.

1100: For processing parts that require good formability and high corrosion resistance but do not require high strength, mai te mau raau taero, food industry devices and storage containers, Te mau tuhaa o te api, deep drawing or spinning concave vessels , Te mau tuhaa o te api, Te feia e farii nei, a faaite mai., tabula ohipa, Te mau i'oa, Te mau nota.

2014 : I te mau taime e titau te reira i te puai rahi e te puai (tae noa'tu i te anuvera teitei). Aircraft heavy, Te mau nota, thick plates and extruded materials, Te mau huira e te mau hu'ahu'a, Te mau pereoo tura'i e te mau tuhaa o te pahi reva, truck frames and suspension system parts.

2024: Te mau faanahoraa o te manureva, Te mau nota, Te mau tuhaa o te mau mauhaa tama'i, truck hubs, Te mau tuhaa taa ê, e te tahi atu mau tuhaa taa ê.

2124: Te mau tuhaa o te mau pereoo uira e tere ra na nia i te pereoo.

2A60: Aircraft engine compressor wheels, te mau nota, Te mau nota, Te mau nota, e te tahi atu â.

2A70: Aircraft skins, te mau pistons o te matini manureva, te mau nota, Te mau huira, e te tahi atu â.

3003: For processing parts that require good formability, te pato'iraa u'ana e te rave-maitai-raa i te ohipa, or require both these properties and higher strength than 1XXX alloys, mai te mau tauihaa no te fare tutu, food and chemical products Processing and storage devices, Te mau pereoo pâ auri e te mau pereoo pâ auri no te faauta i te mau tao'a pape, various pressure vessels and pipes processed with thin plates.

3004: All-aluminum pop-top can body, faatupuraa i te mau tuhaa ma te puai teitei a'e i te 3003 Te mau mana'o tauturu no te, chemical product production and storage devices, Te mau tuhaa o te api, Te mau tuhaa no te paturaa, mauihaa paturaa, te mau lamepa e rave rahi.

3104: Can body, can lid, pull ring, aircraft fuel tank, oil conduit, industrial equipment, e te tahi atu â.

3104 aluminum for cans

3105: Room partitions, Te mau nota, movable room panels, Te mau tuhaa ahuru e te mau ô, thin plate forming parts, Te mau nota, bottle stoppers, e te tahi atu â.

5005: Mai te 3003 Te mau mana'o tauturu no te, it has medium strength and good corrosion resistance. Used as conductors, cooking utensils, instrument panels, housings and architectural trim. Anodized film ratio The oxide film on the 3003 alloy is brighter and consistent with the tone of the 6063 Te mau mana'o tauturu no te.

5050: The thin plate can be used as the lining plate of refrigerators and refrigerators, Te mau auri tereraa pereoo uira, oil pipes and agricultural irrigation pipes; it can also process thick plates, Te mau mana'o tauturu no te, bars, special-shaped materials and wires, e te tahi atu â.

5052: E mea aravihi roa teie faaauraa, Te mau mana'o tauturu no te haapiiraa, Te mau nota, fatigue strength and moderate static strength, and is used in the manufacture of aircraft fuel tanks, Te mau tito hinu, sheet metal parts of transportation vehicles and ships, instrument street lamp brackets and rivets , Te mau tauihaa no te faanahoraa, e te tahi atu â.

5083: In occasions that require high corrosion resistance, te paari e te puai au maitai, such as welded parts of ships, automobiles and aircraft plates; te mau farii o te titau i te parururaa etaeta i te auahi, te mau matini no te faaapîraa, Te mau hoho'a i roto i te afata, Te mau tauihaa haapiipiiraa, Te mau tauihaa no te utaraa, Te mau tuhaa o te mau mauhaa tama'i, haana tama'i, e te tahi atu â.

5086: For occasions that require high corrosion resistance, te paari e te puai au maitai, mai te mau pahi, Te mau nota, Te mau mana'o tauturu no te, Te mau tauihaa no te ta'iraa reo, Te mau hoho'a i roto i te afata, Te mau tauihaa haapiipiiraa, te mau materia no te utaraa, Te mau tuhaa taa ê e te mau tahua, e te tahi atu â.

5182: Thin plates are used for processing can lids, Te mau tuhaa o te tino, Te mau mana'o tauturu no te haapiiraa, Te mau nota, Te mau tuhaa ahuru e te tahi atu mau tuhaa.

5454: Te mau fare i tapirihia, Te mau mana'o tauturu no te tuatapaparaa e te haapiiraa, pipelines for marine facilities.

5A05: welded structural parts, te hoho'a o te iri o te manureva.

5A06: Welded structure, te mau tuhaa o te to'eto'e, Te mau tuhaa o te mau mana'o tauturu no te haapiiraa, te mau tuhaa o te iri o te iri.

6061: Various industrial structures requiring a certain strength, te aueue - ore - raa o te tino e te patoiraa i te mau mea atoa, such as pipes, Te mau nota, shapes used in the manufacture of trucks, tower buildings, Te mau nota, Te mau mana'o tauturu no te, Te mau nota, Te mau tuhaa o te matini, Te mau nota, e te tahi atu â. Timber, plank.

6063: Industrial profiles, architectural profiles, Te mau auri pape e te mau materia no te hamani i te mau pereoo uira, Te mau nota, Te mau nota, Te mau nota, e te tahi atu â.

7005: Te mau materia nene'ihia, suitable for manufacturing welded structures that must have both high strength and high fracture toughness, such as trusses, Te mau nota, and containers for transportation vehicles; Te mau tauiraa rahi i te pae no te ve'ave'a, and solid solution treatment after welding It can also be used to make sports equipment such as tennis rackets and softball bats.

7049: Forging parts that have the same static strength as 7079-T6 alloy and require high resistance to stress corrosion cracking, such as aircraft and missile parts falling together