Nanocrystalline cores, amorphous reactors, and magnetic components for solid-state transformers and power electronics
Our nanocrystalline cores offer exceptional magnetic properties with high permeability and low core loss, making them ideal for high-efficiency transformers, inductors, and other magnetic devices.
For high-power wireless charging use
Our range of magnetic components integrates our high-performance nanocrystalline cores into ready-to-use devices for various industrial applications requiring efficient energy transfer.
Effective noise suppression components
We offer tailor-made nanocrystalline materials designed to meet your specific application requirements. Our team works closely with you to develop optimized materials with desired properties.
Tailored nanocrystalline ribbons with specific properties
Nanocrystalline alloy powders for specialized applications
Nanocrystalline substrates with specialized coatings
Nanocrystalline-polymer composite materials
Our integrated modules combine nanocrystalline components with electronics for complete, ready-to-install solutions that simplify your design and manufacturing processes.
Integrated electromagnetic interference filters
Nanocrystalline-based energy storage solutions
The reactor, a crucial circuit system component, has key functions: protecting drive mechanism power electronics (frequency converters, soft starters, servos, speed controllers), boosting electrical equipment reliability and lifespan; reducing grid harmonics/phase displacement, smoothing current, and suppressing abrupt voltage/current fluctuations; and safeguarding motor coil insulation (prolonging motor life), mitigating inverter pulse impact on loads, and minimizing nearby propagated interference.
Introduction to nanocrystalline materials
Comprehensive material selection
Samples tailored for specific industries
Compare with conventional materials
Our team of material scientists and engineers can develop custom nanocrystalline solutions tailored to your specific application requirements.
