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

Leveraging HIP as a Productivity Tool for AM Metallic Components
Webinar

Leveraging HIP as a Productivity Tool for AM Metallic Components

Shaping the future of the HIP industry
Brochure

Shaping the future of the HIP industry

White paper

Sustainable production potential of aero engine components in alloy 718 with Flexform™

White paper

Transforming heavy manufacturing with large-scale PM-HIP

PM-AM cylinder demo part
Customer Stories

Paragon Medical elevates their medical device AM manufacturing with Quintus® Care and Quintus Purus®

Isostatic pression solutions for scalable, cost-effective solid-state battery (SSB) production
White paper

Throughput and cost analysis of solid-state battery production