IQS Newsroom Articles on Aluminum Forgings
Aluminum Forgings
Aluminum forgings are created through a process in which aluminum is heated and given a particular shape by the application of an appropriate compressing force, typically by using a die, hammer or a press. The forging process strengthens the metal by not changing its grain structure, and is a stronger alternative to welding, casting and
fabrication. Aluminum forgings possess a smooth appearance, good fracture resistance, great electrical conductivity and are economical. Automobile components strengthened by forging include connecting rods, crankshafts, axle beams, pistons, wheel spindles, steering arms and gears. Forgings are also utilized in various types of airplanes and helicopters. Wrenches, hammers, pliers, garden and surgical tools are almost always produced by forging.
Aluminum forgings come in a variety of shapes, such as rings, cylinders, bars, blocks, discs, sleeves, hubs, flanges, and more. A common application of aluminum is in cold forgings, which are used in the production of industrial parts that have intricate features, such as suspension components and steering parts in automotive equipment. Cold forgings consist of aluminum and steel and are produced at temperatures ranging from room temperature to a few hundred degrees. The aluminum forging process creates a sophisticated structure that improves the physical properties of the aluminum, enhancing its strength and mechanical properties while reducing its weight. Besides being efficient and offering reliable performance, aluminum forgings are also highly cost-effective.