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SMC-Core conceptual material visualization

Reinventy · Materials range

SMC-CoreSoft Magnetic Composites

Soft magnetic composites for shaped motor cores, designed to preserve insulation between particles while enabling three-dimensional flux paths.

Conceptual visualization

The range

Magnetic paths.
Freedom in three dimensions.

SMC-Core brings material and geometry together for motor architectures. Drive, Hold and HF address different magnetic duties, with inter-particle insulation central to the processing route.

Where it works

Defined environments.
Specific responsibilities.

Axial-flux traction, parallel-path magnetic architectures and high-frequency drives. The material is selected for the magnetic duty and control architecture.

Products in this range

Complementary roles.

Products are selected for their operating role. Each has its own application and evidence requirements.

Axial-flux traction

SMC-Core Drive

Soft magnetic core development for traction motor geometries and application-specific flux paths.

APPLICATION CONTEXT
AeroMag · axial-flux architectures
Parallel-path magnetics

SMC-Core Hold

Shaped magnetic core development for parallel-path magnetic architectures and geometries difficult to realise with stamped laminations.

APPLICATION CONTEXT
PPMT
High-frequency drives

SMC-Core HF

A development route addressing eddy-current loss requirements in higher-frequency motor and drive applications.

APPLICATION CONTEXT
Mag-FOC

How it is made

Process follows
the operating role.

Insulated iron-based powders are bound in a hybrid matrix and cured at moderate temperature to preserve inter-particle insulation. Shaping routes are selected around the geometry and required compaction.

Development statusIn development

Operating envelopes and performance claims are released against supporting qualification evidence.

What we release under partnership

From a capability view
to a defined integration.

Discuss the environment, mission and interfaces with the Reinventy team.

  • Operating envelopes and mission-duration assumptions
  • Available evidence and qualification scope
  • Material, process and interface specifications
  • Platform integration and evaluation pathway