• Higher strength
• Unmatched toughness
• Longer service life
• Higher structural integrity (absence of internal defects)
• Use of higher design stresses
• Greater transverse properties
• Increased safety margin (due to high ductility)
• Greater strength-to-weight ratio (lighter parts, reduced sections)
• 100% density (no porosity)
• Higher overall quality / reliability
• Reduced product liability concerns
• More acceptable parts / fewer concerns
• No welding repair required (uniform consistent material throughout)
• More predictable heat-treat response
• More uniform heat properties (lot to lot, and part to part)
• Directional or isotropic property profile
• More consistent machining (uniform microstructure and chemical composition)
• Better hardness control for abrasion / wear resistance
• Extended warranties more probable on critical parts / assemblies
• More versatile processing options and combinations

"Forging Solutions #17," published by Forging Industry Association