Magnetic, Metal and Advanced Materials for Energy and Power Applications.
From generators and motors to power electronics and structural components, our product families support multiple stages of energy systems — including wind, hydro, solar tracking, conversion and storage.
Supply
Forecast & material planning
Cost
Total supply-route review
Duty
Thermal & field conditions
Surface
Environment-led protection
Explore relevant product routes
Generator magnets
Grade, geometry and protection review.
View product information →Power magnetic materials
Materials for inductors and converters.
View product information →Magnetic drives
Torque and containment requirements.
View product information →Energy-storage housings
Metal enclosures for power systems.
View product information →Typical Applications
Across the energy system:
| Application | Typical Material | What Matters |
|---|---|---|
| Wind turbine generators | NdFeB N40SH–N48SH blocks | High Hc, corrosion protection |
| Hydro generators | NdFeB segments, SmCo options | Sealed, long-life operation |
| Solar tracker drives | Ferrite + NdFeB motor magnets | Outdoor durability, cost |
| Power electronics / converters | Soft magnetic cores, LTCC | Core loss, frequency stability |
| Magnetic couplings (pumps) | SmCo + NdFeB couplings | Sealed, maintenance-free |
| Energy storage / BMS | Sensor magnets, die-cast housings | Consistency at volume |
What We Supply to Energy & Power OEMs
- Generator material selection — Review coercivity, temperature and magnetic-circuit requirements against the proposed operating conditions and duty cycle.
- Corrosion protection — Evaluate the proposed finish for the service environment; agree test method, exposure, inspection and acceptance criteria instead of relying on a generic salt-spray figure.
- Magnet segmentation — Review segment dimensions, electrical insulation, assembly method and cost where segmentation is relevant to the design.
- Size and handling — Confirm manufacturable dimensions, lifting or handling needs, magnetization and transport arrangements for the specific part or assembly.
- Power-electronics materials — Review soft magnetic core materials and LTCC ceramic material options against frequency, loss and thermal requirements.
- Long-term supply planning — Discuss material availability, forecasts, release schedules and any agreed stock arrangement for the program; confirm changes and substitutions through a controlled process.
A practical sourcing plan
Plan component performance and supply continuity around the actual installation.
An agreed supply plan
Establish the production route, forecast assumptions and release schedule so material and capacity decisions reflect the program.
Environment-led validation
Specify corrosion, thermal cycling and other relevant checks for the installation, with the test scope agreed before production.
Cost across the lifecycle
Compare material grade, segmentation, finish, packaging and logistics against the part's functional and maintenance requirements.
Power Your Energy Project
Send your generator spec, drawing or power-stage requirements — our team can review the manufacturing route before quotation.