Tuesday, February 7, 2023
11:00 AM ET
Join the industrial furnace engineering experts at Abbott Furnace along with our heat treating specialists and maintenance team for a Roundtable Discussion and Q & A session about troubleshooting your industrial furnace. You’ll have the opportunity to ask questions directly to the experts and receive answers in real-time. Don’t miss out, click the button below to register.
Abbott Furnace Company exhibited at the 2024 AMUG Conference held at the Hilton Chicago, March 10-14. The Additive Manufacturing Users Group (AMUG) is an all-encompassing technology users group dedicated to the advancement of additive manufacturing technology with a motto “For Users – By Users.” The AMUGexpo provided a social environment to discuss the latest technology
Abbott Furnace Company’s CQI-29 Brazing System Assessment Webinar Replay Abbott’s head of Research & Development, Dr. Stephen L. Feldbauer, Ph.D., discusses key aspects of the Brazing System Assessment and answers participants questions. The AIAG CQI-29 Brazing System Assessment specifies process requirements for an organization or its suppliers performing applicable aluminum and stainless-steel brazing. Processes covered
INTRODUCTION In the realm of material science, the quest for superior and cost-effective alloys with enhanced mechanical properties is a never-ending pursuit. Sinter hardening, an innovative heat treatment technique, has emerged as a promising solution to achieve high strength and improved wear resistance in lean alloys. Understanding Sinter Hardening Sinter hardening is a heat treatment
We are pleased to announce the launch of the U.S. Battery Machine Builders, a new initiative dedicated to fortifying the U.S. battery supply chain by encouraging adoption of American-made machines and equipment. Abbott Furnace is united alongside a strong roster of U.S. battery equipment manufacturers to bolster the battery supply chain by manufacturing top-tier equipment
The steam treatment process is the controlled oxidation of metals to produce a thin layer of oxide on the surface of a component. This process can be used to provide a component with increased corrosion resistance, better wear resistance, increased surface hardness, an attractive surface finish, and, in the case of porous materials such as
