Low-temperature superconducting wire for MRI, NMR and accelerator magnets.
Our nb₃sn wire supply work in Rhode Island is built around what this area actually needs. Rhode Island is home to Brown University, a hub for advanced materials research, and the University of Rhode Island, which has a strong focus on engineering and physics. The state's research institutions, such as the Brown University's School of Engineering, often require high-quality superconductor materials for their experiments and projects. The company's superconductor materials are also relevant to the state's medical sector, including hospitals like Rhode Island Hospital and The Miriam Hospital, which may use advanced medical imaging technologies like MRI machines that rely on superconductors. From Providence, Newport, Warwick, Cranston, Pawtucket, we're already working nearby — and every quote is done in person.
Niobium-tin remains the workhorse for high-field low-temperature magnets, including NMR, research accelerators and fusion inserts. Because Nb₃Sn is wind-and-react, dimensional consistency and billet traceability matter as much as the raw performance numbers. We supply wire against agreed specifications with documentation that follows the material from billet through final draw.
Every job is done by our own experienced crew to a standard we'd put our name on. We tell you honestly when something can be repaired versus when replacement is the smarter spend.
Tell us the material, grade and volume — we will come back with lead time and pricing.
Call sales@superconductormagnets.com