Aluminium

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ASME SB 211 AA2014-T651 ROUND BAR CHEMICAL COMPOSITION

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Aluminum Alloy AA5052 / AlM G2.5 Sheets

Aluminium Plates Series 2000, 3000, 5000, 6000, 7000. 

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High strength alloys with excellent machinability widely used in aircraft. Have limited formability and only fair corrosion resistant in the heat treated condition. Not recommended for fusion welding. Used for high strength parts in aircraft and machinery, including gears and bolts and for security vans where strength ids critical. It has a tendency to allow the removal of a greater volume of metal in a single operation for an equipment standard of finish than 6082. Durability, however, is lower and needs a protection coating. Machines better in solution treated condition than fully heat treated. Used for machined parts where these characteristics are critical.

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Features

Aluminum 5083 plates have higher strength than 5052 plate and has exceptional thermal conductivity. In the tempered condition, it retains good formability due to excellent ductility. It is highly suitable for welding and can be hardened by cold work. Because Alloy 5083 exhibits excellent resistance to general corrosion, it is used in marine applications. Since Alloy 5083 is capable of withstanding extremely low temperatures without brittleness or loss of properties, it is especially suited to the cryogenic market.

Applications:

• LNG ship construction
• Pressure vessels
• Storage tanks
• Welded structures (high strength)
• Armor plate
• Drilling rigs

Chemical Composition Limits (WT %)


Typical Mechanical Properties

TREMOR ALLOYS stocks thicknesses from .250" - 2.00", widths up to 120" and lengths up to 300" or can accommodate any customer specific requirements. All material is fully certified to ASTM B209 and ASME SB209.

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Commercially pure aluminium, highly resistant to chemical attack and weathering. Easily worked and welded, but the lowest strength aluminium. Excellent for chemical processing equipment and other uses where product purity is important, and for metal pressings of all types where ductility is critical also , it is a Soft workable alloys having high purity which gives excellent corrosion resistant.
Chemical CompositionSpec: BS EN 573-3:2009Alloy 1050

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1% Mag Alloy, Stronger than 1200 with same good formability. Fine corrosion resistant and good weldability. Used for storage tanks, chemical equipment, brazing applications, van bodies and cryogenic uses. For higher strength, consider 5251 or 5052.
Aluminum Alloy Sheet 3003 is alloyed with 1.20% manganese, which increases the strength of 3003 over commercially pure aluminum (1100 series). 3003 has excellent workability, weldability, and good corrosion resistance. It is used for drawing, forming, spinning, fuel tanks, sheet metal works and other applications that require moderate strength for an aluminum with good weldability. H14 designates the temper, and means that 3003 has been strain hardened and partially annealed. In this condition, 3003 can be easily formed. Embossing or debossing 3003 in this temper should not strain or crack the aluminum.

to be considered Aluminum 3003, an alloy most contain a certain chemical composition that includes:

• Al 98.6%
• Mn 1.2%
• Cu 0.12%

Aluminum 3003 is a popular alloy that offers customers very good atmospheric corrosion resistance and moderate strength. Aluminum 3003 offers good machinability for aluminum alloys, though it is not heat treatable.

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Stronger than either of the above alloys. For high strength welded applications with outstanding joint strength – rail wagons, marine components, bridges, stationery cryogenic vessels and overhead cranes. Excellent weldability and corrosion resistant. Static welded strength is second only to 5754 and 5083 is superior to 5754 in energy absorption. Restricted to temperature below 150°C = 65.5°C. The widest range of plate from stock
The strength of alloy in this group is enhanced by the addition of alloying elements such as copper, magnesium, zinc and silicon. Since this elements show increasing solid solubility in aluminium with increasing temperature, thermal treatments imparts pronounced strengthening. The first step, called solution heat treatment, is an elevated - temperature process designed to put the soluble element or elements in solid solution. This is followed by rapid quenching, usually in water, which momentarily ‘freezes’ the structure and for a short time renders the alloy very workable. It is at this stage that some fabricators retain this more workable structure by storing the alloys at below freezing temperatures until they are ready to form them. At room or elevated temperature the alloys are not stable after quenching, and precipitation of the constituents from the super – saturated solution begins. After a period of several days at room temperature, termed ageing or room temperature precipitation, the alloy is considerably stronger. Many alloys approach a stable condition at room temperature, but some alloys, particularly those containing magnesium and silicon or magnesium and zinc, continue to age – harden for long periods of time at room temperature. By heating for a controlled time at slightly elevated temperatures, further strengthening is possible and properties are stabilized. This process is called artificial ageing or precipitation hardening. By the proper combination of solution heat treatment, quenching, cold working and artificial ageing, the highest strengths are obtained.

GradeSiFeCuZnMnMgTiCrAlOthers(Total)Aluminium0.40 – 0.800.70 max0.15-0.400.25 max0.150.8-1.20.15 max0.04-0.35Balance0.15 max

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SImilar to 5454 which has largely superseded it because of superior stress corrosion characteristics.




Alloy 5754

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1% Mag Alloy, Stronger than 1200 with same good formability. Fine corrosion resistant and good weldability. Used for storage tanks, chemical equipment, brazing applications, van bodies and cryogenic uses. For higher strength, consider 5251 or 5052.


3103 aluminium is a commercial aluminium which is close in properties to 3003. With very good resistance to atmospheric corrosion and excellent mechanical properties, 3103 is a versatile alloy which is used in the aerospace, oil and gas industry and automotive sector amongst others. The material has improved mechanical properties over 1000 series aluminium,especially at elevated working temperatures. This feature widens the use of the alloy as a construction cladding material.

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Features:

• Alloy: 1050, 1060, 1070, 1100, 2014, 2017, 5052, 5754, 5083, 5086, 6061, 6063, 6351, 7075, 8006, 8011
• Temper: O type, H12, H14, H18, H22
• Thickness: 0.2mm-200mm
• Width Range: 100mm-1500mm
• Other sizes available upon request
• Surface finish: Bright& smooth surface, without flow lines, slightly oiled to avoid white rusting
• Quality of Material: Totally free from defects like white rust, oil patches, roll marks, edge damage, camber, dents, holes, break lines, scratches and free from coil set

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Far stronger than either of the above alloys. Forms readily in the intermediate tempers. Corrosion resistant is very good as is weldability. Better salt water corrosion resistant than 1200. Used for pressure vessels, tanks, fittings or applications involving forming or welding where strength higher than 3003 is needed. Also houseboat hulls, pontoon boats and van bodies

Aluminium 5052 has excellent corrosion resistance power and atmosphere pressure sustainability. Aluminium 5052 is a medium to high strength alloy with a strength slightly higher than 5251 and a medium to high fatigue strength. Aluminium 5052 alloy is one of the higher strength, non-heat-treatable alloys, which contains magnesium as its major alloying element, with small amounts of chromium, silicon, iron, copper, manganese and zinc

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Low to medium strength alloy suitable for more intricate sections requiring good corrosion resistance and high surface finish. Used in transport and all architectural applications where good anodizing characteristics are essential. The most common alloy for shape from stock.