Types of Sheet Metal Fabrication Metals
Types of common metals that are used in sheet metal fabrication comprise of:
Steel
There are various types of steel for all kinds of fabrication purposes, but this very metal as a whole is suitably known for its durability and strength.
Aluminum
It is more light in weight meanwhile sharing some of the steel’s strength. Aluminum falls good for lower temperatures, which makes its use in the aerospace sector and refrigeration sector.
Magnesium
It is a structured metal with a very low density, which proves great when stiffness is needed.
Brass
It comprises useful acoustic properties, but it is also majorly used for fittings and components. It is light in weight and corrosion-resistant.
Bronze
It is having a low melting point and it is stronger than copper, its applications are vividly done in coins, making cookware, and in turbines.
Copper
It is malleable, electrically conductive, and ductile as well as corrosion-resistant.
Sheet Metal Fabrication Processes
There are majorly three types of sheet metal fabrications :
Forming
Forming comprises processes like stamping, stretching, roll forming, and bending.
Cutting
Mainly, there are two variants of cutting that is, with shear and without shear. Shear cutting mainly comprises processes such as shearing, cutting as well as blanking.
Joining
Joining comprises the processes of welding, brazing, riveting, and adhesive use.
Industries and Applications for Sheet Metal Fabrication
Sheet metal fabrication is a very versatile process, so it can be used in many industries to create everything from components to various automotive assemblies. Some industries that depend on it include the aerospace, construction, automotive, HVAC, consumer goods, robotics, electronics, and energy sectors, but that is far from an exhaustive list. That’s because the need for industrial products from metal is everywhere, from housings to gears to containers. Metal is a strong and lasting material used in every industry. A product made from sheet metal is generally easier or faster (and therefore less expensive) to make than a product made from casting or additive manufacturing.
