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

This article is not another technical specification sheet. It is a strategic guide written from a buyer’s perspective. We will show you:
1.The critical