Components & Materials for Automotive and New Energy Vehicle Systems.
Our capabilities evolved alongside automotive electrification — from motor magnets and magnetic assemblies to precision metal components and advanced electronic materials.
Supply
Production site & release plan
Cost
Grade, geometry & volume
Quality
Part-specific validation
Records
Site-specific qualification
Explore relevant product routes
Motor magnets
NdFeB grades, shapes and coatings.
View product information →Rotor assemblies
Magnet retention and mechanical interfaces.
View product information →Automotive housings
Casting, machining and inspection review.
View product information →LTCC materials
Electronic ceramic material options.
View product information →Typical Applications
Common application requirements to discuss during component selection:
| Application | Typical Material | What Matters |
|---|---|---|
| EPS & steering motors | NdFeB arc segments, high Hc grades | Demag resistance, consistency |
| Seat & mirror actuators | Bonded NdFeB rings | Low cost, quiet operation |
| Wheel speed sensors (ABS) | NdFeB multipole rings | Pole accuracy, temp stability |
| Water / oil pump motors | NdFeB arcs, overmolded rotors | Sealing, corrosion resistance |
| Transmission sensors | SmCo 2:17 | High temp stability |
| EV auxiliary motors | NdFeB rotor assemblies | Torque density, efficiency |
What We Supply to Automotive OEMs
- Magnetic material selection — Review coercivity, temperature and magnetic-circuit requirements before choosing a grade; confirm the applicable material data for the part.
- Coating qualification — Compare nickel, epoxy and other finishes against the environment. Specify the corrosion test method, exposure and acceptance criteria in the project requirements.
- Rotor integration — Review shaft interfaces, magnet retention, balance and sealing requirements before releasing a design for production.
- Project documentation — Identify the required dimensional, material and magnetic records; confirm PPAP deliverables and capability studies where the program calls for them.
- Supply continuity — Agree production routing, forecast volumes, release schedules and change-control requirements for repeat supply.
- Site qualification — Review the certificate holder, scope and current validity for the proposed production site; do not assume one site's certification covers the whole network.
A practical sourcing plan
A sourcing route built around repeat supply, competitive cost and clear approval criteria.
A defined production route
Confirm who makes the part, which process is used and what controls apply before releasing a production order.
Cost review without shortcuts
Evaluate material, geometry and batch size alongside performance and validation requirements; compare the total supply cost.
Approval before scale-up
Agree samples, qualification documents and acceptance criteria so purchasing and engineering share the same production specification.
Submit Your Automotive RFQ
Send drawings and spec — we will respond with a DFM review and quotation.