Engineered Materials and Components for Electronics and Thermal / Functional Systems.
We support electronics OEMs with magnetic components, precision metal parts and advanced electronic materials where dimensional control and material performance matter.
Supply
Forecasts & release quantities
Cost
Material & assembly review
Fit
Drawing-defined dimensions
Test
Agreed acceptance criteria
Explore relevant product routes
Compact magnets
Shapes and grades for electronic assemblies.
View product information →Soft magnetic materials
Core materials for power electronics.
View product information →LTCC materials
Powders, green tape and conductive pastes.
View product information →Enclosures & heat sinks
Thermal and mechanical housing requirements.
View product information →Typical Applications
Typical component applications; final material and geometry depend on the product specification:
| Application | Typical Material | What Matters |
|---|---|---|
| Speaker magnets | NdFeB N42–N48, ferrite rings | Miniature size, high flux density |
| Hall / position sensors | NdFeB, SmCo micro magnets | Tight tolerance, stable output |
| Vibration motors (LRA/ERM) | Bonded NdFeB rings, NdFeB arcs | Uniformity across millions of units |
| Relays & solenoids | Ferrite, NdFeB blocks | Cost-efficient, reliable switching |
| Wireless charging | Ferrite sheets + NdFeB magnets | Flux focusing and alignment |
| Optical image stabilization | NdFeB micro magnet arrays | Sub-millimeter precision |
What We Supply to Electronics OEMs
- Small-part manufacturing — Send the drawing, minimum features and dimensional requirements for a manufacturability review; feasibility depends on material, geometry and process.
- Bonded magnet rings — Review molding approach, magnetization pattern and assembly fit before defining the production specification.
- Coatings and process exposure — Match the coating to corrosion, adhesion and handling requirements. Confirm compatibility with any thermal assembly process through project-specific evaluation.
- Magnetic consistency — Agree the measurement method, sampling or individual inspection requirements, and any sorting bands needed by the assembly.
- Compliance documentation — Request material- and process-specific declarations for the proposed part. Confirm the applicable requirements and supporting records during qualification.
- Supply planning — Discuss forecast quantities, release schedules and buffer-stock options where commercially agreed; define responsibilities before relying on a stocking program.
A practical sourcing plan
Reliable supply starts with a clear part specification and an agreed production plan.
Repeatability defined up front
Agree critical dimensions, magnetic measurements and the inspection plan before increasing order volume.
Cost-focused engineering
Compare grade, coating, geometry and assembly method against the performance target and expected order profile.
A realistic production schedule
Confirm tooling, samples, validation steps and production lead time as part of the quotation instead of assuming a fixed turnaround.
Get a Quote for Your Electronics Program
Send the drawing, quantity and performance requirements so our team can review the component and quotation inputs.