billet forging
Billet forging refers to the former metal bilateral workpieces used for shaping, modifying them by high forces to forge components having augmentative mechanical-strength properties and structural integrity.

Key Feature:

  • High Pressure Shaping: shaping by applying compressive forces while enhancing by evolving the shape of the billet.
  • Better Strength: Refinely improves the materials grain structure to raise its ability towards damage and improves its resistance against fatigue.
  • Wide Applications: Used in industries like aerospace, automotive, heavy machinery for producing components desired with higher strength.

Thus, billet forging plays a crucial role in the manufacture of high-performance metal parts when strength and reliability turn critical. For example, components such as landing gear or some other important structural parts on aircraft use forged billets instead of castings. The strength of these parts is often ensured by using forging processes. In automotive applications, crankshafts and connecting rods are usually forged from billets to provide strength under the maximum possible stress. Advances in billet forging, such as precision die forging and automated press systems, continue to increase efficiency and material performance in modern engineering.