Goodfellow’s Pd-Ag tubes offer high hydrogen permeability and durability for key fusion processes like tritium recovery and isotope separation. Their advanced properties and custom options support critical fuel cycle operations in fusion research.
Goodfellow’s strategically stocked portfolio of advanced materials provides fusion researchers with rapid, reliable access to essential metals and ceramics, enabling accelerated R&D and innovation in the fast-paced fusion industry.
A leading research institution partnered with Goodfellow to address light transmission, heat resistance, and strength challenges for a bioreactor prototype.
Our client, a manufacturer of fuel-efficient aircraft engines turned to Goodfellow for their expertise in providing precise composition alloys for advanced aerospace applications.
A major research institute in Europe sought help with a custom alumina part for their high-impact R&D project. We reviewed their technical drawings, offered the services of our in-house scientists, and provided access to our unmatched product range.
When the Cassini-Huygens spacecraft hurtled toward the surface of Saturn, a journey of 746,000,000 miles, in July 2004 for the final act of a magnificent voyage that began in 1997, it took with it a sensor that had a direct connection to Goodfellow.