Alias for industrial aluminum profile: industrial aluminum extrusion, industrial aluminum alloy profile, industrial aluminum profile is an alloy material with aluminum as the main component. The aluminum rod is melted and extruded to obtain aluminum materials with different cross-sectional shapes. However, the proportion of the added alloy is different, and the mechanical properties and application fields of the industrial aluminum profiles produced are also different. Application fields Generally speaking, industrial aluminum profiles refer to all aluminum profiles except for architectural doors and windows, curtain walls, indoor and outdoor decoration and aluminum profiles for building structures.
Features of industrial aluminum profiles
After the surface of industrial aluminum profile is oxidized, the appearance is very beautiful, and it is resistant to dirt. Once coated with oil, it is very easy to clean. When assembling into a product, different specifications of profiles are used according to different load-bearing, and matching aluminum profile accessories are used, no welding is required, environmentally friendly, and installation and disassembly are lightweight, easy to carry, and extremely convenient to move.
Grades of industrial aluminum profiles
1050 is used for extrusion coils for food, chemical and brewing industries, various hoses, and firework powder.
1060 is used in occasions that require high corrosion resistance and formability, but does not require high strength. Chemical equipment is its typical use.
1100 is used for processing parts that require good formability and high corrosion resistance but do not require high strength. For example, chemical products, food industry equipment and storage containers, thin-sheet processing parts, deep-drawn or spinning concave vessels, welding parts, heat exchangers, printed boards, nameplates, and reflective appliances.
1145 is used for packaging and insulation aluminum foil, heat exchanger.
1199 is used for electrolytic capacitor foil and optical reflective film.
1350 is used for wires, conductive strands, bus bars, and transformer strips.
2011 is used for screws and machined products requiring good cutting performance.
2014 is used in occasions requiring high strength and hardness (including high temperature). Aircraft heavy-duty, forgings, thick plates and extruded materials, wheels and structural elements, multi-stage rocket first-stage fuel tanks and spacecraft parts, truck frames and suspension system parts.
2017 is the first 2XXX series alloy to obtain industrial application, with a narrow application range, mainly for rivets, general mechanical parts, structural and transportation structural parts, propellers and accessories.
2024 is used for aircraft structures, rivets, missile components, truck hubs, propeller components and various other structural parts.
2036 is used for automobile body sheet metal parts.
2048 is used for aerospace vehicle structural parts and weapon structural parts.
2124 is used for aerospace vehicle structural parts.
2218 is used in aircraft engines and diesel engine pistons, aircraft engine cylinder heads, jet engine impellers and compressor rings.
2219 is used for welding oxidizer tanks of space rockets, supersonic aircraft skins and structural parts, and the working temperature is -270~300 degrees Celsius. Good weldability, high fracture toughness, T8 state has high resistance to stress corrosion cracking.
2319 is used for welding electrodes and fillers of 2219 alloy.
2618 is used for die forgings and free forgings. Pistons and aircraft engine parts.
2A01 is used for structural rivets whose working temperature is less than or equal to 100 degrees Celsius.
2A02 is used for the axial compressor blades of turbojet engines with an operating temperature of 200 to 300 degrees Celsius.
2A06 rivets for aircraft structures with operating temperature of 150-250 degrees Celsius and aircraft structures with operating temperature of 125-250 degrees Celsius.
2A10 is used to manufacture aircraft structural rivets with higher strength than 2A01 alloy and with operating temperature less than or equal to 100 degrees Celsius.
2A11 is used for medium-strength structural parts of aircraft, propeller blades, transportation vehicles and building structural parts. Medium-strength bolts and rivets for aircraft.
2A12 is used for aircraft skins, bulkheads, wing ribs, spars, rivets, etc., as well as structural parts of construction and transportation vehicles.
2A14 is used for free forgings and die forgings with complex shapes.
2A16 is used for aerospace parts with working temperature of 250~300 degrees Celsius, welding container and airtight cockpit that work at room temperature and high temperature.
2A17 is used for aircraft parts with an operating temperature of 225~250 degrees Celsius.
2A50 is used for medium-strength parts with complex shapes.
2A60 is used for aircraft engine compressor wheels, wind deflectors, fans, impellers, etc.
2A70 is used for aircraft skins, aircraft engine pistons, wind deflectors, roulettes, etc.
2A80 is used for aero engine compressor blades, impellers, pistons, expansion rings and other parts with high working temperature.
2A90 is used for aero engine pistons.
3003 is used to process parts that require good formability, high corrosion resistance and good weldability, or work that requires both these properties and higher strength than 1XXX series alloys. Such as kitchenware, food and chemical product processing and storage devices, tanks and tanks for transporting liquid products, various pressure vessels and pipes made of thin plates.
3004 is used for the body of all-aluminum cans, requiring higher strength parts than 3003 alloy, chemical product production and storage devices, thin plate processing parts, construction processing parts, construction tools, and various lamp parts.
3105 is used for room partitions, baffles, movable house panels, gutters and downpipes, thin plate forming parts, bottle caps, bottle stoppers, etc.
3A21 is used for aircraft fuel tanks, oil pipes, rivet wires, etc.; industrial equipment such as building materials and food.
5005 is similar to 3003 alloy, with medium strength and good corrosion resistance. Used as conductors, cooking utensils, instrument panels, shells and architectural decorations. The anodic oxide film is brighter than the oxide film on 3003 alloy and is in harmony with the color tone of 6063 alloy.
The 5050 sheet can be used as the lining board of refrigerators and refrigerators, automobile air pipes, oil pipes and agricultural irrigation pipes; it can also process thick plates, pipes, bars, special-shaped materials and wires.
5052 This alloy has good forming and processing properties, corrosion resistance, candle resistance, fatigue strength and medium static strength. Used in the manufacture of aircraft fuel tanks, fuel pipes, as well as sheet metal parts of transportation vehicles and ships, instruments, street lamp brackets and rivets, hardware products, etc.
5056 magnesium alloy and cable sheath rivets, zippers, nails, etc.; aluminum-clad wires are widely used in processing agricultural insect trap covers, and other occasions that require high corrosion resistance.
5083 is used where high corrosion resistance, good solderability and medium strength are required. Such as welding parts of ships, automobiles and aircraft plates; pressure vessels, refrigeration devices, TV towers, drilling equipment, transportation equipment, missile components, armors, etc. that require strict fire protection.
5086 is used in occasions that require high corrosion resistance, good weldability and medium strength, such as ships, automobiles, airplanes, cryogenic equipment, television towers, drilling equipment, transportation equipment, missile parts and decks, etc.
5154 is used for welding structures, storage tanks, pressure vessels, ship structures and offshore facilities, and transportation tanks.
5182 sheet is used to process can lids, auto body panels, control panels, reinforcements, brackets and other parts.
5252 is used to manufacture high-strength decorative parts, such as decorative parts for automobiles. After anodization, it has a bright and transparent oxide film.
5254 is used for hydrogen peroxide and other chemical product containers.
5356 is used for welding aluminum-magnesium alloy electrodes and wires with magnesium content greater than 3%.
5454 is used for welding structures, pressure vessels, pipelines of marine facilities.
5456 is used for armor plates, high-strength welded structures, storage tanks, pressure vessels, and ship materials.
5457 is used for decorative parts of automobiles and other equipment that have been polished and anodized.
5652 is used for storage containers of hydrogen peroxide and other chemical products.
5657 is used for decorative parts of automobiles and other equipment after polishing and anodizing, but in any case, it must be ensured that the material has a fine grain structure.
5A02 is used for aircraft fuel tanks and pipes, welding wires, rivets, and ship structural parts.
5A03 is used for medium-strength welding structures, cold stamping parts, welding vessels, welding wires, and can be used to replace 5A02 alloy.
5A05 is used for welding structural parts and aircraft skin skeletons.
5A06 is used for welding structures, cold forging parts, stress parts for welding and pulling vessels, and aircraft skin and bone parts.
5A12 is used for welding structural parts and bulletproof decks.
6005 is used for extruded profiles and pipes, and used for structural parts that require strength greater than 6063 alloy, such as ladders, TV antennas, etc.
6009 is used for car body panels.
6010 sheet is used for car body.
6061 requires various industrial structures with certain strength, weldability and high corrosion resistance. Such as manufacturing trucks, tower buildings, ships, trams, furniture, mechanical parts, precision machining, etc. pipes, rods, shapes, plates.
6063 is used for industrial profiles, building profiles, irrigation pipes and extrusion materials for vehicles, benches, furniture, fences, etc.
6066 forgings and welding structure extrusion materials.
6070 is used for heavy-duty welded structures and extrusion materials and pipes used in the automotive industry.
6101 is used for high-strength bars, electrical conductors and radiator materials for buses.
6151 is used for die forging crankshaft parts, machine parts and production of rolled rings. It is used for not only requiring good forgeability, high strength, but also good corrosion resistance.
6201 is used for high-strength conductive rods and wires.
6205 is used for thick plates, pedals and high impact resistant extrusions.
6262 is used for threaded high-stress parts that require corrosion resistance better than 2011 and 2017 alloys.
6351 is used for extruded structural parts of vehicles and pipelines for water and oil transportation.
6463 is used in construction and various appliance profiles, as well as automotive decorative parts with bright surfaces after anodizing.
6A02 is used for aircraft engine parts, forgings and die forgings with complex shapes.
7005 is used for extruding materials to manufacture welded structures that require both high strength and high fracture toughness. Such as the trusses, rods, and containers of transportation vehicles; large heat exchangers, and parts that cannot be solid-melted after welding; they can also be used to manufacture sports equipment such as tennis rackets and softball bats.
7039 is used for refrigerated containers, cryogenic equipment and storage boxes, fire-fighting pressure equipment, military equipment, armor plates, and missile installations.
7049 is used for forging parts that have the same static strength as 7079-T6 alloy and require high stress corrosion cracking resistance. Such as aircraft and missile parts-the fatigue performance of the landing gear hydraulic cylinders and extrusions is roughly equal to that of 7075-T6 alloy, but the toughness is slightly higher.
7050 is used for medium and thick plates, extrusions, free forgings and die forgings for aircraft structural parts. The requirements for the manufacture of such parts for the alloy are: high resistance to spalling corrosion, stress corrosion cracking, fracture toughness and fatigue resistance.
7072 is used for aluminum foil and ultra-thin strips for air conditioners; 2219, 3003, 3004, 5050, 5052, 5154, 6061, 7075, 7475, 7178 alloy plates and pipes.
7075 is used in the manufacture of aircraft structures and futures. He requires high-stress structural parts and molds with high strength and strong corrosion resistance.
7175 is used for forging high-strength structure for aircraft. T736 material has good comprehensive properties, that is, high strength, spalling corrosion resistance and stress corrosion cracking resistance, fracture toughness, and fatigue strength.
7178 is used to manufacture parts and components that require high compressive yield strength for aerospace vehicles.
7475 is used for aluminum-clad and non-aluminum-clad plates for the fuselage, wing skeletons, stringers, etc. Other parts must have both high strength and high fracture toughness.
7A04 is used for aircraft skins, screws, and stressed components such as girder stringers, bulkheads, wing ribs, landing gear, etc.
