Aluminum Forging for Precise Metal Components vortex lid forged for Precise Metal Components

Aluminum Forging for Precise Metal Components vortex lid forged for Precise Metal Components

Forging is a process of plastic deformation of metal by applying pressure to it, and is suitable for metals with good forgeability. Forging has good mechanical properties but high cost.

Forging is a method of applying pressure or impact force to metal to make it plastically deform under force, thereby obtaining the desired shape and properties. This process involves heating the metal to the plastic temperature, applying force to deform it, and cooling it, and its production efficiency is relatively low.

Forging is usually suitable for metals with good forgeability, such as iron, steel, aluminum, copper, titanium, etc.

Forged metals are deformed under pressure, making their grains finer, and the internal structure of forged parts is usually more uniform, with higher density and strength, because the metal undergoes plastic deformation under force during the forging process, which helps to eliminate defects and improve the mechanical properties of the material, so it has higher mechanical properties and fatigue strength.

Forging is suitable for producing parts with simple shapes that require high strength, high precision, and durability, such as automobile crankshafts, aircraft engine blades, tools, etc.

Forging requires more equipment and manpower investment, so the cost is relatively high.