Material Densification
White paper

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

An investigation of HIP parameters for EBM Ti-6Al-4V has been performed by Arcam AB and Quintus Technologies AB with the aim to maximize the strength of the HIP:ed material.
Optimizing HIP and printing parameters for EBM Ti-6Al-4V

A lower HIP temperature of 800 °C and a higher pressure of 200 MPa gives the highest strength and is also enough to eliminate all internal defects. By printing material with intentionally induced porosity combined with an optimized HIP cycle the highest strength can be obtained.

Share:

Related content

The Quintus Care Program - Partnership for life
Brochure

The Quintus® Care Program – Partnership for life

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

Throughput and cost analysis of solid-state battery production

Brochure

QIH 200 URC® – the largest HIP with full HPHT™ capability

White paper

Benefits of using HIP for additively manufactured thin-walled, high-performance heat exchangers

Jim Shipley from Quintus Technologies and Magnus Bergman from VBN Componets
Tech Talks

Wear-resistant AM Components with VBN Components

Webinar

HIP for free: Speed printing unleashed