In this in-depth webinar with Chad Beamer, Quintus Technologies explores how advanced atmosphere control is transforming hot isostatic pressing (HIP) for critical, high-performance applications. Discover how the Quintus Purus® Standard creates a cleaner, more controlled HIP environment—reducing discoloration, limiting unwanted surface reactions, and minimizing post-processing requirements.
Through real-world case studies in additively manufactured titanium, advanced ceramics, and refractory alloys, we share insights from collaborations with leading universities, industry partners, and NASA. Learn how improved HIP atmosphere quality directly influences surface integrity, fatigue performance, repeatability, and production efficiency across medical, aerospace, and space applications.
In this webinar, you’ll learn:
- Why atmosphere quality becomes critical at elevated HIP temperatures
- How Quintus Purus minimizes moisture-driven contamination – Demonstrated performance and cost benefits in titanium, ceramic, and refractory alloy components
- Current capabilities and future developments within the Quintus Purus product line
This session is ideal for engineers, materials scientists, and manufacturers working with high-performance, qualification-critical components who want to optimize HIP outcomes and production reliability.