Bulk yttrium, niobium, rare earths, YBCO tape, Nb₃Sn and NbTi wire — supplied to spec, with full traceability, for fusion, MRI, defense and quantum programs.
Idaho's research institutions, such as the University of Idaho and Boise State University, drive innovation in fields like energy and medicine, where superconductor materials play a critical role. The Idaho National Laboratory, a leading center for nuclear energy research, also benefits from advanced superconductor materials. As a result, our superconductor magnets are in high demand to support these cutting-edge applications.
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.
High-temperature superconducting tape for compact magnets and fusion coils.
Low-temperature superconducting wire for MRI, NMR and accelerator magnets.
Ductile superconducting wire for MRI, magnets and research systems.
Yttrium, neodymium-praseodymium, dysprosium and terbium feedstock.
Niobium metal and alloy feedstock for superconducting applications.
Multi-year supply agreements for funded research and production programs.
Tell us the material, grade and volume — we will come back with lead time and pricing.
Call [email protected]A local Idaho provider knows the area's conditions, permits and expectations, responds faster, and is accountable to the community it serves — all of which protect the quality of your superconductor materials supplier.
In Idaho, look for licensing, insurance, a written quote, references and clear communication. We provide all of these so you know exactly what you're getting before committing.
Getting started is simple: contact us with your project details, we assess the site in Idaho, and you receive a clear written estimate. From there you decide — no pressure.
Yes — we take on residential and commercial superconductor materials supplier across Idaho. Tell us about your property and scope and we'll tailor the approach and quote accordingly.