Specify by the job it has to do
A magnet spec that ignores the circuit is a guess. These are the applications we support most often, with the grades that survive them.
Rotor and stator assemblies that run hot need coercivity, not just remanence. SH-grade neodymium and Sm2Co17 hold flux through thermal cycling.
Tight dimensional tolerance and consistent magnetization angle keep Hall-effect and magnetoresistive signals repeatable across a production run.
Sealed, contact-free torque transfer through a barrier wall. Disc and block stacks sized for the gap and the torque curve you actually need.
Blocks and discs for weld fixtures, tooling plates, jigs and access panels — where repeatable pull force beats maximum pull force.
Tramp metal capture in bulk material flows. High-temp grades survive dryers, extruders and bake-out cycles that destroy standard neodymium.
Samarium cobalt's low reversible temperature coefficient keeps field strength stable inside travelling-wave tubes, circulators and beam optics.
Stocked discs, blocks and spheres support classroom demonstrations, university experiments, makerspaces and laboratory prototypes. We can help match the grade and geometry to the field, temperature and handling requirements.
We tool multi-pole rings, arc segments, keepered assemblies and bonded shapes. Describe the circuit in our private form and we will review the application.
