Ductile:

Aluminum has low density, is non-toxic, has a high thermal conductivity, has excellent corrosion resistance and can be easily cast, machined and formed. It is also non-magnetic and non-sparking. It is the second most malleable metal and is highly ductile for use in transforming this material into wire.
Aluminum coils frequently come in sizes with internal diameters of 508 mm, 406 mm, and 610 mm. The coil's outer diameter is defined as the diameter created by its outer, circular contour. The capacity and geometrical features of the recoiler machine being used to process the aluminum coil typically determine its dimension. The space between the aluminum coil's two adjacent surfaces measured perpendicularly refers to how thick the coil is. Engineers must consider the coating material's dimensions for the aluminum coil because a difference of just 0.06 mm can substantially impact the precision of design calculations. The coil width is the aluminum coil's transverse dimension.
For coils of aluminum, the weight of an aluminum coil is calculated as (Coil Diameter*1/2*3.142 - Inner Diameter*1/2*3.142)*Coil Width*2.7(Density of Aluminium)
This formula only provides a rough estimate of the weight of an aluminum coil roll because different alloys have varied densities and measurement mistakes always exist for diameters. In addition, the manufacturer's feeding frame capacity affects the weight of the aluminum coil.
The thickness of an aluminum coil might be anywhere from 0.2 to 8mm. Most rolls of aluminum, however, are between 0.2mm and 2mm thick. These various thicknesses determine the specific use of aluminum coil. Consider an insulation aluminum coil, where 0.75mm is the most common thickness. The coated aluminum roof coil, which is equally popular, is only 0.6 to 1.0mm thick. Only the special-purpose aluminum rolls are thicker. Of course, customers are free to request any thickness less than 8mm from the provider based on their specific requirements.

Product parameters