Linear Extrusion Process Overview
Linear extruding is the process of shaping material starting in the form of a billet or slug and forcing it to flow through a shaped opening in a die with the use of a ram. Extruded material emerges as an elongated piece with the same profile as the die opening. There are two types of extrusion processes, direct and indirect. Direct extrusion is a process in which the die head is held stationary, and a moving ram forces the metal through it. Indirect extrusion is a process in which the billet remains stationary while the die assembly is on the end of the ram and moves against the billet, creating pressure needed for metal to flow through the die.
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Strength
Appropriately alloyed and treated, aluminum can be as strong as some steels with minimum yield strengths as high as 76,000 psi. Can also be made with lower strength where product specifications call for it.
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Resilient
Can deflect under loads and shock and spring right back. Can be designed as a product function wherever functional strength is valued.
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