Forged parts are metal components formed by applying compressive forces to raw materialtypically heated metalto shape it into a desired geometry. The forging process enhances the part's internal grain structure and improves mechanical performance, making forged parts ideal for critical applications that demand strength, reliability, and resistance to wear and fatigue.
High Strength: Grain flow alignment during forging improves tensile and impact strength.
Superior Toughness: Excellent resistance to cracking, fatigue, and shock loading.
Dimensional Precision: Capable of achieving close tolerances, especially with closed die forging.
Cost-Efficient in Volume: Minimal material waste and high repeatability for large production runs.
Versatile Shapes: Can produce simple to complex geometriessolid, hollow, or contoured.
Mild steels
Alloy steels
Automotive: Crankshafts, connecting rods, transmission gears, axles
Aerospace: Landing gear components, turbine discs, structural brackets
Industrial Equipment: Shafts, couplings, gears, bearing races
Construction: Hubs, joints, lifting hooks, anchors
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