Sm₂Co₁₇ · Precision stability
Temperature-compensated SmCo
Low-temperature-coefficient SmCo magnets for systems where magnetic-field stability matters.
XGS 22-TC-T350 / 18-TC-T500
Application engineering
Sensors & instrumentation
Material selection for precision sensing and temperature-sensitive instrumentation.
Material to component
Design around field stability and measurement conditions
The magnet and sensor operate as a system. Define the field at the measurement point, thermal interval, mechanical positioning and calibration method.
Review customization inputsMaterial selection
Evaluate the complete system
A sensing component needs a defined field at its actual working temperature, not just a headline material rating. Discuss field variation, geometry and calibration with the engineering team. Published temperature-compensated grades are a starting point for evaluation, not a substitute for system validation.
This is a requirements-led engineering discussion, not a customer case study or an application approval.
Review material dataRequirements to discuss
- Required field and measurement position
- Temperature range and allowed signal drift
- Magnet dimensions and orientation
- Calibration and acceptance method
Candidate materials
A starting point for evaluation
Drawing-based components
Custom magnetic assemblies
Custom SmCo magnets and magnetic assemblies developed around your application.
Drawing-based magnetic solutions