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Aluminum Sheet Thickness

Aluminum Sheet Thickness

Aluminum sheet thickness refers to the actual thickness of an aluminum sheet. It is crucial to establish the strength, resistance, and appropriateness of the sheet for a certain application. This measurement is frequently expressed in inches or millimeters.

Aluminum sheets are produced in a range of thicknesses by manufacturers to meet the demands of diverse applications and industries.

Aluminum Sheet Thickness Measured in Millimeters (mm)

0.2 mm Aluminum Sheet
0.2 mm Aluminum Sheet
0.3 mm Aluminum Sheet
0.3 mm Aluminum Sheet
0.4 mm Aluminum Sheet
0.4 mm Aluminum Sheet
0.5 mm Aluminum Sheet
0.5 mm Aluminum Sheet
0.6 mm Aluminum Sheet
0.6 mm Aluminum Sheet
0.8 mm Aluminum Sheet
0.8 mm Aluminum Sheet
1.0 mm Aluminum Sheet
1.0 mm Aluminum Sheet
1.2 mm Aluminum Sheet
1.2 mm Aluminum Sheet
1.5 mm Aluminum Sheet
1.5 mm Aluminum Sheet
2.0 mm Aluminum Sheet
2.0 mm Aluminum Sheet
2.5 mm Aluminum Sheet
2.5 mm Aluminum Sheet
3.0 mm Aluminum Sheet
3.0 mm Aluminum Sheet
4.0 mm Aluminum Sheet
4.0 mm Aluminum Sheet
5.0 mm Aluminum Sheet
5.0 mm Aluminum Sheet
6.0 mm Aluminum Sheet
6.0 mm Aluminum Sheet
8.0 mm Aluminum Sheet
8.0 mm Aluminum Sheet
10.0 mm Aluminum Sheet
10.0 mm Aluminum Sheet
12.0 mm Aluminum Sheet
12.0 mm Aluminum Sheet
15.0 mm Aluminum Sheet
15.0 mm Aluminum Sheet
20.0 mm Aluminum Sheet
20.0 mm Aluminum Sheet
25.0 mm Aluminum Sheet
25.0 mm Aluminum Sheet
21 Products Found.

Aluminum Sheet Thickness Measured in Gauge

ThicknessProperties
0.2 mm – 0.5 mm
  • Very light-weight and narrow.
  • Appropriate for uses when flexibility is needed.
  • Often used for ornamental purposes, thin electrical components, and packaging.
0.5 mm – 1.5 mm
  • Yet rather slender, providing a harmony of power and flexibility.
  • Simple to shape and create for a variety of uses.
  • Utilized for signs, vehicle panels, and roofs.
1.5 mm – 3.0 mm
  • Moderate thickness that offers more strength.
  • Provides strong bending and deformation resistance.
  • Extensively employed in marine, aircraft, and construction applications.
3.0 mm – 6.0 mm
  • Appropriate for heavier structural applications, with a medium thickness.
  • Stronger impact resistance and greater load capacity.
  • Utilized frequently in shipbuilding, industrial machinery, and architectural components.
6.0 mm – 12.0 mm
  • Strong and thick, ideal for large-scale structural applications.
  • Gives outstanding strength and capacity to support loads.
  • Utilized in large-scale production, transit, and building.
12.0 mm and above
  • Exceptionally thick, designed for heavy-duty structural and industrial applications.
  • Provides outstanding durability and load-carrying ability.
  • High-strength, defense, and aerospace applications frequently use it.
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