Busche Performance Group, seeking to become a competitive Tier-1 automotive supplier, acquired an aluminum casting operation as its first order of business. Read more.
The advent of 3-D sand printing is a “game changer” in the metalcasting industry and will alter the way in which metalcasters address their tooling and casting needs in the future. No longer an “emerging technology,” 3-D sand printing must be seriously considered as a valuable tool in the development of engineered cast components.
This sponsored webinar from Craft Pattern and Mold focuses on when, and how, to incorporate 3-D sand printing technologies with traditional tooling methods to deliver cost effective, innovative solutions to today’s engineered metal casting challenges.
With a memorable niche and commitment to upgrades, Atlas Foundry is looking to continue its strong tradition of service and growth.
In this sponsored webinar from Eck Industries, learn about a new range of aluminum alloys that boast superb casting characteristics coupled with high mechanical properties, opening up new applications for aluminum castings.
In the early 1980s, promising research and development efforts focused on powder metallurgy revealed that aluminum alloys containing 4 wt% cerium exhibit high temperature mechanical properties exceeding those of the best commercial aluminum casting alloys currently in production. Cerium oxide is an abundant rare earth oxide that is often discarded during the refining of more valuable rare earths.
More recently, the Critical Material Institute and Eck Industries developed a series of binary aluminum-cerium alloys with and without traditional elemental additions. This webinar will discuss the casting characteristics, mechanical properties and unique opportunities afforded from these innovative new alloys.
Cast iron seat components produced by Atlas Foundry for American Seating are apparent in this video on the Sun Life Stadium restoration.
Part 1 of this series, given by Kay Rowntree, Industrial Hygiene Sciences, will cover OSHA's Hexavalent Chromium Standard (1910.1026) as it applies to foundry exposures. Exposures to hexavalent chromium (Cr+6) can occur during the melting of stainless steel and other higher chromium alloys and when thermal processes such as plasma cutting, arc gouging or welding are used in the processing of castings made from these alloys. You will learn about the OSHA requirements and where to focus your efforts to comply with the Standard. Part 2 of this series, to be held in September, will address reducing exposures to hexavalent chromium.
Kay Rowntree, Industrial Hygiene Sciences, provides information on revisions to the hazard communication standard from the U.S. Occupational Safety and Health Administration.
This webinar is presented by Robert Scholz, RMT Inc. and the AFS 10-Q Health and Safety Committee.
This webinar is presented by Jim Barry, industrial hygiene consultant and the AFS 10-Q Health and Safety Committee.
Saguenay Foundry’s innovative and envelope-pushing philosophy has led to a thriving business with a clear path into the company’s next phase.