Heat treating success depends on more than time and temperature—furnace atmosphere control is the missing lever. In this webinar, we break down the critical role furnace atmosphere plays, and how poor control leads to oxidation, decarb, sooting, and inconsistent mechanical properties. You’ll see real-world examples of how optimized atmospheres reduce scrap, improve repeatability, and increase throughput. We’ll also show how you can validate changes before implementation using advanced lab testing—so you can improve quality, lower costs, and get more out of your furnace.
Speakers:
Dr. Liang He, Senior Principal Application Engineer
Liang Hi, Advanced Material Processing R&D Engineer, is a member of the Advanced Technology team. He develops gas application technologies for the metals processing industry. His primary research includes simulation software development on predicting carburizing / carbonitriding processes, using cryogenic coolant for quenching, and Smart Technologies for furnace operations. Liang received his BS in mechanical engineering and PhD in materials science and engineering.
Steve Perret, Advanced Materials Processing Engineer
Steve Perret is a member of our Commercial Technology team with over 40 years of experience in metals processing. He brings proven value in helping customers strengthen quality assurance and traceability, leveraging deep expertise in CQI-9 standards to prevent costly defects and support root cause investigations. Steve specializes in smart manufacturing and digital integration, with a long track record of implementing Manufacturing Execution Systems (MES) to connect equipment, optimize processes, and improve operational visibility.
