Tel: +86-411-88858678
Home > Exhibition > Content
Categories

Weden Metal Co.,Limited

Add:1105RM Rainbow Mansion, Renmin Road 23rd, Dalian, Liaoning Province, China.

Contact us:Chi Yanhui

Tel:+86-411-88858678

Fax:+86-411-82561639

Mob:+8618640867867

E-mail:dlglt@126.com


Aluminum alloy applications

Weden Metal Co.,Limited | Updated: Feb 26, 2018

  All kinds of aircraft are aluminum alloy as the main structural material. Aircraft skin, beams, ribs, stringers, bulkheads and landing gear can be made of aluminum. Depending on the use of the aircraft, the amount of aluminum is not the same. Focus on the economic benefits of civilian aircraft due to cheap aluminum and a large number of uses, such as the Boeing 767 aircraft using aluminum alloy body structure accounts for about 81% of the weight. Military aircraft relatively reduce the amount of aluminum required for good combat performance, such as 35.5% aluminum alloy for the F-15 high-performance fighter with a maximum speed of Mach 2.5. Some aluminum alloy has good low temperature performance, not brittle under -183 ~ -253 [2oc], can work in liquid hydrogen and liquid oxygen environment, it can not afford chemical reaction with concentrated nitric acid and UDMH, has good Of the welding performance, it is a good material for manufacturing liquid rocket. Fuel tank, oxidizer tank, tank compartment, interstage section, tail section and instrument compartment at all levels of Saturn 5 launch vehicle that launch Apollo spacecraft are made of aluminum alloy.


  Space shuttle crew cabin, front fuselage, fuselage, rear fuselage, vertical tail, flaps, aisle and tailplane are made of aluminum alloy. The main structural materials for various artificial earth satellites and space probes are also aluminum alloys.


The following are various types of applications:

1050 Extruded coil for food, chemical and brewing industries, hose, fireworks powder.

1060 require corrosion resistance and formability are high occasions, but less demanding on the strength, chemical equipment is its typical use.

1100 for processing requires good formability and high corrosion resistance but does not require high strength parts, such as chemical products, food industry devices and storage containers, sheet metal parts, deep drawing or spinning concave vessels, Welding parts, heat exchangers, printing plates, nameplates, reflective appliances.

1145 Packaging and insulation foil, heat exchanger.

1199 electrolytic capacitor foil, optical reflective film.

1350 wire, conductive wire, bus, transformer strip.

2011 Screws and machined products that require good cutting performance.

2014 For applications requiring high strength and hardness (including high temperatures). Heavy aircraft, forgings, slabs and extruded materials, wheels and structural elements, multi-stage rocket first-stage fuel tanks and spacecraft components, truck frames and suspension system components.

2017 is the first 2XXX alloy to be used in industrial applications. It has a narrow range of applications, mainly rivets, general mechanical parts, structural and transport structural parts, propellers and fittings.

2024 aircraft structures, rivets, missile components, truck wheels, propeller components and other structural components.

2036 car body sheet metal parts.

2048 Aerospace structural parts and weapons structural parts.

2124 Aerospace structural parts.

2218 aircraft engines and diesel engine pistons, aircraft engine cylinder head, jet engine impeller and compressor ring.

2219 aerospace rocket welding oxidant tank, supersonic aircraft skin and structural parts, working temperature is -270 ~ 300 ℃. Good weldability, high fracture toughness, T8 state has a high resistance to stress corrosion cracking.

2319 Solder 2219 alloy electrode and filler solder.

2618 forgings and free forgings. Piston and Aero Engine Parts.

2A01 Working rivets with structure temperature less than or equal to 100 ℃.

2A02 Operating temperature 200 ~ 300 ℃ turbojet axial compressor blades.

2A06 Aircraft structure with operating temperature of 150-250 ° C and aircraft structural rivets with operating temperature of 125-250 ° C.

2A10 high strength than the alloy 2A01 for the manufacture of aircraft structural rivets with operating temperatures less than or equal to 100 ° C.

2A11 medium-strength aircraft structure, propeller blades, vehicles and building structures. Medium strength bolts and rivets for aircraft.

2A12 aircraft skin, bulkheads, ribs, spars, rivets, etc., construction and transport structural components.

2A14 Free-form and forgings with complex shapes.

2A16 Aerospace components operating at 250-300 ° C, welding vessels and airtight cockpit operating at room temperature and elevated temperatures.

2A17 Operating temperature 225 ~ 250 ℃ aircraft parts.

2A50 Medium complex parts of complex shape.

2A60 aircraft engine compressor wheel, wind guide wheel, fan, impeller and so on.

2A70 aircraft skin, aircraft engine piston, wind guide wheel, roulette and so on.

2A80 aero engine compressor blades, impellers, pistons, rings and other parts of the working temperature.

2A90 aero engine piston.

3003 is used to process parts that require good formability, high corrosion resistance and good solderability, or require both high performance and workmanship over 1XXX alloys such as kitchenware, food and chemical products And storage devices, tanks for transporting liquid products, cans, various pressure vessels and pipes machined from sheets.

3004 aluminum cans can body, requiring more strength than the 3003 alloy parts, chemical production and storage devices, sheet metal parts, construction and processing parts, construction tools, all kinds of lighting components.

3105 room partition, baffle, activity board, gutters and down pipes, sheet metal forming parts, caps, corks and so on.

3A21 aircraft fuel tank, oil conduit, rivets wire; building materials and food industries such as equipment.

The 5005 is similar to the 3003 alloy with medium strength and good corrosion resistance. Used as conductors, cookware, dashboards, shells and architectural trim. The anodized film is brighter than the oxide film on the 3003 alloy and is coordinated with the tone of the 6063 alloy.

5050 sheet can be used as a cooler and refrigerator liner, car trachea, tubing and agricultural irrigation pipe; also can be processed plate, pipe, bar, profiled material and wire.

5052 This alloy has good formability, corrosion resistance, candle, fatigue strength and medium static strength, used in the manufacture of aircraft fuel tanks, tubing, and sheet metal parts of traffic vehicles, ships, instruments, streetlamps and rivets , Hardware products and so on.

5056 Magnesium alloy and cable sheath rivets, zippers, nails, etc .; aluminum coated wire is widely used in processing agriculture insect cover, and other occasions that need high corrosion resistance.

5083 For applications where high corrosion resistance, good solderability and moderate strength are required, such as welding of vessels, vehicles and aircraft; pressure vessels, refrigeration units, television towers, drilling rigs, traffic equipment Transport equipment, missile components, armor and so on.

5086 For applications that require high corrosion resistance, good weldability and medium strength, such as ships, cars, aircraft, cryogenic equipment, television towers, drilling rigs, transportation equipment, missile components and decks.

5154 Welded structures, tanks, pressure vessels, ship structures and offshore installations, transport tanks.

5182 Sheet for processing cans lid, car body panels, control panels, stiffeners, brackets and other components.

5252 For the manufacture of decorative parts with higher strength, such as automobiles and other decorative parts. After anodized with bright and transparent oxide film.

5254 hydrogen peroxide and other chemical products containers.

5356 Welding of aluminum - magnesium alloy electrodes and wires with a magnesium content of more than 3%.

5454 Welded structures, pressure vessels, marine facilities pipes.

5456 Armor plate, high-strength welded structure, storage tank, pressure vessel, ship's material.

5457 Polished and anodized automotive and other equipment decorative pieces.

5652 Hydrogen peroxide and other chemical product storage containers.

5657 Finished parts for cars and other equipment polished and anodized, but in any case must ensure that the material has fine grain structure.

5A02 aircraft fuel tanks and pipes, welding wire, rivets, ship structural parts.

5A03 medium-strength welded structure, cold stamping parts, welding vessels, welding wire, can be used to replace the 5A02 alloy.

5A05 welded structural parts, aircraft skin frame.

5A06 Welded structure, cold forged parts, forced-pull parts of welded containers, aircraft skin components.

5A12 welded structural parts, bullet-proof deck.

6005 Extruded profiles and pipes for structural parts requiring strength greater than 6063 alloy, such as ladders, TV antennas and so on.

6009 car body panels.

6010 sheet: car body.

6061 require a variety of industrial structural strength, weldability and high corrosion resistance, such as the manufacture of pipes, rods, profiles, pipes, Plate.

6063 Building profiles, irrigation tubing, and extruded materials for vehicles, benches, furniture, fencing, etc.

6066 forgings and welded structural extruded materials.

6070 Heavy Duty Welded Structures and Extruded Materials and Tubing for the Automotive Industry.

6101 bus with high-strength rods, electrical conductors and cooling equipment.

6151 for forging crankshaft parts, machine parts and production of rolling ring, both for the requirements of good malleability, high strength, but also have good corrosion resistance purposes.

6201 high strength conductive bar and wire.

6205 heavy plate, pedal and high impact extrusion.

6262 Threaded, high-stress parts that require better corrosion resistance than the 2011 and 2017 alloys.

6351 The extrusion structure of vehicles, water, oil and other pipeline.

6463 Construction and various fixture profiles, as well as automotive trim with a bright finish after anodizing.

6A02 aircraft engine parts, the shape of complex forgings and forgings.

7005 Extruded material for the manufacture of welded structures that require both high strength and high fracture toughness, such as trusses, rods, vessels for transportation vehicles, large heat exchangers, and the ability to be soldered Of the components; can also be used to make sports equipment such as tennis rackets and softball bats.

7039 frozen containers, cryogenic equipment and storage tanks, fire pressure equipment, military equipment, armor plates, missile installations.

7049 Parts for forging the same static strength as the 7079-T6 alloy but also requiring a high resistance to stress corrosion cracking, such as aircraft and missile components - landing gear cylinders and extrusions. Fatigue properties of the parts are roughly the same as for the 7075-T6 alloy, with slightly higher toughness.

7050 aircraft structural plate, extrusion, free forgings and die forgings. The requirements for the manufacture of such parts are: anti-spalling corrosion, stress corrosion cracking resistance, fracture toughness and fatigue resistance are high.

7072 air conditioner aluminum foil and thin strip; 2219,3003,3004,5050,5052,5154,6061,7075,7475,7178 alloy sheet and pipe cladding.

7075 for the manufacture of aircraft structures and futures He requested high strength, high corrosion resistance of high-stress structural parts, mold manufacturing.

7175 high strength structural for forged aircraft. T736 material has a good overall performance, that is, strength, anti-spalling corrosion and stress corrosion cracking resistance, fracture toughness, fatigue strength are high.

7178 for the manufacture of aerospace components require high compressive yield strength components.

7475 fuselage with aluminum package and aluminum sheet, wing skeletons, stringers and so on. Other parts should have both high strength and high fracture toughness.

7A04 aircraft skin, screws, and force components such as beams stringers, bulkheads, ribs, landing gear and so on.