Aluminum Stock
Plate, bar, sheet, angle and round in 6061, 7075 and 5052.
Also searched as: 60617075aluminum platealuminum baraluminium sheet
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1060 1050 3003 5083 6061 Aluminum Plate
Thickness: 2mm 3mm 4mm
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6.35mm Thickness 6061 T6 Aluminum Plate
Alloy: 6061 T6Thickness: 6.35mm
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6061 T6 Aluminum Round Rod
Diameter: 2mm 8mm 10mm 20mm
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6061 T6 Solid Aluminum Bar
Alloy: 6061 T6Form: Solid
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7075 Extruded Aluminum Round Bar
Length: 4m 6m
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Aluminum Round Rod
Diameter: 2mm 8mm 10mm 20mm
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Sublimation Aluminum Plate Printable Picture
Size: A4 and A3
About aluminum stock
Aluminum stock encompasses a range of mill products, including plate, bar, sheet, angle, and round forms, primarily utilized for structural components, machining blanks, and general fabrication. Common alloys include 6061, a versatile heat-treatable alloy known for good machinability and weldability; 7075, a high-strength alloy often used in aerospace applications; and 5052, a non-heat-treatable alloy offering excellent corrosion resistance and formability. Selection is typically based on form factor (e.g., flat plate, square bar, round rod), dimensions (thickness, width, length, diameter), and alloy temper (e.g., T6 for 6061 and 7075, H32 for 5052). Surface finishes are generally mill finish, but can include brushed or polished options depending on supplier and form. These materials are fundamental for creating custom components through processes such as milling, turning, cutting, and welding, serving diverse industries from aerospace and automotive to machinery and consumer goods.
How to choose
When selecting aluminum stock, first define the required form factor: plate, sheet, bar (round, square, rectangular), or angle. Next, determine the critical dimensions such as thickness, width, length, or diameter, ensuring they meet structural or machining envelope requirements. The third step is to choose the appropriate alloy based on application demands: 6061 for general-purpose structural and machined parts, 7075 for high-strength applications where weight is critical, or 5052 for applications requiring superior corrosion resistance and formability. Finally, specify the required temper, such as T6 for heat-treated alloys or H32 for strain-hardened alloys, to achieve the desired mechanical properties.