Material Densification
Technical Publication

Optimizing HIP and printing parameters for EBM Ti-6Al-4V

The study explores HIP parameters for EBM Ti-6Al-4V to maximize material strength. Optimal conditions include a lower HIP temperature of 800°C and a higher pressure of 200 MPa, effectively eliminating internal defects while achieving the highest strength. Intentionally inducing porosity during printing, along with an optimized HIP cycle, further enhances material strength.

Share:

Related content

Customer Stories

Morgan Advanced Materials improves productivity and eliminates scrap with advanced CIP upgrade

Post-Processing Contributions to Fatigue Variability in L-PBF Ti6Al4V with UW
Tech Talks

Post-processing contributions to fatigue variability in L-PBF Ti6Al4V with the University of Washington

White paper

Reducing fatigue failure in titanium alloys: Opportunities for HIP in aerospace and medical AM

White paper

The role of HIP for investment casting aerospace industry

White paper

HIP: The key to high-performance ceramic medical implants

Brochure

Advanced HIP technology for the medical industry

Need help choosing the right press for your business?

Do not hesitate to contact us. We are always ready to answer your questions.