Products · Superconductor components

Superconducting Coils

Coil Design and Fabrication Expertise

See how a coil is wound ↓

Hyper Tech has experience in coil design and fabrication using:

  • LTS (low-temperature superconductors): NbTi, Nb3Sn
  • HTS (high-temperature superconductors): BSCCO, REBCO
  • MgB2
  • Non-Superconducting Conductors

Long length multifilamentary wire production has enabled us to design and fabricate NbTi, MgB2, Nb3Sn, REBCO and non-superconducting wire coils for our customers.

Coil gallery

Solenoid coil wound on a copper-flanged former
Solenoid coil wound on a copper-flanged former
Large ring coil with current-lead and joint fixtures
Large ring coil with current-lead and joint fixtures
Small racetrack coil with copper current leads (ruler for scale)
Small racetrack coil with copper current leads (ruler for scale)
Racetrack coil in its bolted case (UoI project)
Racetrack coil in its bolted case (UoI project)
MgB₂ undulator magnet: paired coils with copper current leads
MgB₂ undulator magnet: paired coils with copper current leads
Helical undulator: conductor wound in a helix along a bore
Helical undulator: conductor wound in a helix along a bore

How a coil is made

Winding a superconducting coil

Hyper Tech’s long-length wire lets a coil be wound in one continuous piece. The wire is laid turn by turn and layer by layer onto a former, either round for a solenoid or oval for a racetrack, then finished and tested cold. Here is the sequence, simplified.

Swipe sideways to see the whole diagram.

Winding, heat treating, impregnating and testing a superconducting coil Wire runs from a supply spool over a guide pulley to a traversing guide that lays it turn by turn onto a rotating former, building up layers. The coil is then heat treated, impregnated with epoxy, cooled and energised, when magnetic field lines appear. Wire supply one long piece Tension control Winding: layer 1 The guide traverses the former, laying one turn beside the next TURNS 0 CROSS-SECTION 0 layers
Simplified illustration of the sequence, not to scale. Steps and order vary with the conductor and design.