Join Quintus Technologies for an in-depth webinar exploring how advanced atmosphere control is transforming hot isostatic pressing (HIP) for critical applications. Learn how the Quintus Purus® Standard reduces discoloration, unwanted surface reactions, and post-processing burden by delivering a cleaner, more controlled HIP environment.
This session highlights real-world case studies across additively manufactured titanium, advanced ceramics, and refractory alloys, with insights from collaborations with leading universities, industry partners, and NASA. Discover how improved atmosphere quality can enhance surface integrity, fatigue performance, repeatability, and overall production efficiency in medical, aerospace, and space applications.
Key takeaways include:
• Why HIP atmosphere quality matters at high temperatures
• How Quintus Purus minimizes moisture-driven contamination and surface reactions
• Performance and cost benefits demonstrated in titanium, ceramic, and refractory alloys
• The current and future capabilities of the Quintus Purus® product line
Ideal for engineers, materials scientists, and manufacturers working with high-performance and qualification-critical components.
Webinar speaker:
Chad Beamer is our Application Engineering Manager for the Advanced Material Densification division, focusing on Hot Isostatic Pressing (HIP). He manages the HIP Application Center in Columbus, Ohio, educates on the advancements of HIP technologies, and is involved in collaborative development efforts both within academia and industry.