Webinar | Reimagining Haynes 230 For Extreme Environments

Reimagining Haynes 230 For Extreme Environments

High-temperature alloys have long forced engineers to make tradeoffs between strength, manufacturability, and distortion—especially in extreme environments like aerospace propulsion and energy systems.

In this webinar, Dr. Youping Gao will present new advancements in Haynes 230 (H230) made possible through additive manufacturing. By leveraging Laser Powder Bed Fusion (LPBF) and controlled heat treatment, this approach enables a refined microstructure with nano-scale carbide dispersion—delivering significantly improved high-temperature performance without altering alloy chemistry or requiring distortion-prone quenching.

Thursday, May 28 2026  |  2PM – 3PM Eastern

What you’ll learn:

• How additive manufacturing is unlocking new performance from Haynes 230 (H230)
• How LPBF processing creates a refined microstructure that drives high-temperature strength
• Why eliminating quench processing leads to reduced distortion and improved dimensional stability
• What’s enabling up to 1.8× strength at 982°C and performance to 1177°C

As performance demands increase across aerospace, defense, and energy systems, engineers need materials that can deliver both reliability and design flexibility. This session highlights how additive manufacturing is transforming Haynes 230 into a higher-performing solution for extreme environments—opening new possibilities for components where strength, stability, and precision are critical.

Reserve your spot now to learn how additive manufacturing is redefining Haynes 230 for high-performance applications in extreme environments.

About Our Speaker

Dr. Youping Gao, PhD | Chief Technology Officer, ADDMAN

Dr. Youping Gao is Chief Technology Officer at ADDMAN and a recognized leader in additive manufacturing for high-temperature and propulsion applications. With decades of experience spanning Boeing, Pratt & Whitney Rocketdyne, and Aerojet Rocketdyne, he has led the development and qualification of advanced materials for mission-critical aerospace and space systems, including NASA-certified additive manufactured components. A frequent keynote speaker and sought-after expert at leading industry conferences, Dr. Gao’s work focuses on laser-based additive manufacturing of superalloys such as Haynes 230, advancing material performance in extreme environments through process-driven microstructure control.