Casting alloy and wrought alloy are two types of aluminum alloys. The casting alloys can be shaped or moulded by being cast in sand. The wrought alloys, including aluminum 6061, are cast and then hand-worked into the necessary forms by extruding, rolling, or forging. This alloy can also be heated by different methods to increase their strength.
Properties of Aluminium 6061 Plates:
“Alloy 61s” is one of the most widely accessible heat-treatable aluminum alloys for commercial application. Aluminum, magnesium, and silicon make up the majority of the 6061 alloy. In descending order of amount, its other metallic constituents are iron, copper, chromium, zinc, manganese, and titanium.
Medium-to-high strength, lightweight, and cost-effective alloy has marked its own standard. In the earlier alloys were prone to stress-corrosion cracking, but the inclusion of a trace of Chromium made this alloy very corrosion resistant.
The structural strength and toughness of Aluminum 6061 Plates and its superior surface finish, corrosion resistance to environment and sea water, superior mechanical, and ability to be readily welded and bonded are among its qualities. Because of their chemical makeup and lack of conductivity, most other aluminum alloys are difficult to weld. While welded 6061 aluminum alloy components may lose some strength, they may be re-heated and artificially aged to regain strength, making this alloy one of the best.
Uses Aluminium 6061 Sheets:
Aluminium 6061 Sheets, are extensively used in car manufacturing processes where fixtures for production lines are required. Marine fittings, camera lenses, yachts, motorbikes, bicycle frames, brake components, valves and couplings, fishing reels, electrical fittings, archery equipment, and dive tanks the parts and products made from 6061 alloy. In addition, this kind of aluminum-magnesium silicon alloy is frequently utilized in the fabrication of large span roof structures such as bridge decks and arenas.
Aluminum 6061 is one of the most regularly utilized and adaptable alloys extrusion. Because it has such high strength for a wide range of structural purposes, it is sometimes referred to as structural aluminum. When developing a custom extruded form for a structural purpose, large corner radii are recommended to maximize the design’s strength and ease of capable of meeting. In addition, because of the chemical qualities of this 6061 alloy, it may be used in a variety of applications, including particularly developed bespoke extrusion forms.
