Applications Of Aluminium 6061 Plates 

First, it is investigated how the sample thickness affects the perforation resistance of the Aluminium plates. The maximum resistance to perforation, for the range of thicknesses tested, was reached using 4 mm thick panels, as it was demonstrated that the perforation of the investigated plates increases with the target thickness. The Aluminium 6061 Plates were struck with a variety of impactor head shapes to document how the projectile shapes affected the perforation  The findings demonstrated that flattened impactors used to impact plates provide the maximum perforation resistance. Moreover, the results showed that changing the size of the targets has no significant change in the dynamic of the plates investigated in this study. Finally, it is suggested that the finite element models developed in this study can be used to capture the effect of the geometric and loading conditions of Aluminium plates under perforation by low-velocity impact.

 Specifications Of Aluminium 6082 plates

Dimensions: ASTM, ASME, and API

Thickness: 0.2~300mm

Length : 500~10000mm

Surface: Bright, polished, hair line, brush, sand blast, checkered, embossed, etching, etc.

Form: Coils, Foils, Rolls, Checkered Plate, Strip, Flats, Blank, Circle, Ring (Flange) etc.

Aluminium Sheet Plate Coating: PVC Coated, Color Coated, Polyester, Fluorocarbon, polyurethane and epoxy coating

Finish: Mill, Customer specific finish

Functions Of Aluminium 6061 Plates 

These days, the Aluminium 6082 sheet is employed in numerous applications. This is a result of its exceptional durability and strength. Trusses, cranes, milk churns, bridges, beer barrels, highly stressed applications, ore skips, railroads, textile manufacturing, oil and gas processing, etc. are some examples of the applications. This AA sheet has several useful qualities that make it essential for a variety of uses. The characteristics include good mechanical strength, general corrosion resistance, robust construction, superior surface finishes, durability, high tensile strength, and others.