Sourcing components blindly wastes money. If you don’t know where neodymium magnets excel, you risk buying overpriced or underperforming parts. Let’s match the right magnet

Sourcing magnets for medical devices is tough. You face strict compliance and performance demands. A wrong choice can mean project failure, budget overruns, and even

Comprehensive automotive guide to NdFeB magnets across EV drive, EPS, micro motors and sensors. Includes grade selection, temperature stability, coatings & corrosion tests, AEC-Q/PPAP requirements,

Comprehensive guide to salt spray testing for NdFeB magnets: standards (ASTM B117/ISO 9227), NSS/AASS/CASS, coating performance (NiCuNi, Epoxy, Parylene, Zn), hours vs acceptance criteria, limitation

Designing wireless chargers with poor alignment, low efficiency, and overheating? These issues lead to a bad user experience, hurting your brand. The key is mastering

Are you tired of your electronic devices failing due to overheating, noise, or poor performance? You’ve picked a strong magnet, but your product is still

Complete guide to using NdFeB magnets in sensors: Hall/MR/TMR coupling, multipole ring design, magnetization patterns, grade & HcJ selection, temperature coefficients, field uniformity, coatings, and

Complete engineering guide to using NdFeB magnets in motors: arc magnets, magnetization patterns, grade & HcJ selection, temperature and BH curve, demagnetization risk, coatings, tolerances,

Learn BH curve fundamentals and how to use the second-quadrant demagnetization curve, load line and permeance coefficient (Pc) to set operating points. Includes material comparisons,

Choosing a magnet coating is a critical reliability decision, not a simple cost-saving exercise. A standard nickel coating that works in a dry room is