Titanium alloys like Ti-6Al-4V are indispensable to aerospace and biomedical engineering, yet their performance can be severely limited by fatigue-related failures—especially in Additive Manufacturing (AM) applications.
This whitepaper examines the root causes of fatigue in AM titanium components and highlights Hot Isostatic Pressing (HIP) as a transformative solution. Through analysis of microstructural evolution, case studies, and emerging standards such as AMS 7028, we explore how HIP enhances fatigue life and mechanical integrity, supporting greater adoption in safety-critical industries.
