/Flexible Stator For Electric Motor
Abstract

The present disclosure provides compositions and methods related to a flexible ferromagnetic stator. A composition comprises a curable silicon-containing composition comprising an organosiloxane compound and a curing agent/cross-linker and a plurality of magnetic particulates. The composition upon curing in a mold forms an elastomeric ferromagnetic stator that is capable of generating a magnetic field, which can improve electrical motor performance and reduce energy consumption when used in couple with a counterpart rotary component.

Full Text

What is claimed is:

The present disclosure provides compositions and methods related to a flexible ferromagnetic stator. A composition comprises a curable silicon-containing composition comprising an organosiloxane compound and a curing agent/cross-linker and a plurality of magnetic particulates. The composition upon curing in a mold forms an elastomeric ferromagnetic stator that is capable of generating a magnetic field, which can improve electrical motor performance and reduce energy consumption when used in couple with a counterpart rotary component.
Timeline
Filed
04/14/2026
Published
08/20/2026
Granted
Not Available
IPC Codes(2)
H02K 1/02:characterised by the magnetic material
C08L 83/04:Polysiloxanes