A plastic isolating thin layer applied to the iron core pole arc prevents water ingress and rusting while maintaining electromagnetic efficiency.
A thermosetting magnetic slot seal material uses a dianhydride curing agent to form a robust resin matrix with high permeability.
Multilayer insulated wire structure with thermosetting resin layer and thermoplastic resin layer.
A resistive grading network embedded in stator insulation layers mitigates partial discharge events.
Filled polyimide insulation extends winding life under high voltage by improving thermal conductivity without increasing device complexity.
Spray application of thermosetting insulation eliminates voids and reduces process time compared to tape wrapping.
A lossy insulative material between windings and pole pieces dissipates electromagnetic energy to suppress high frequency ringing.
Spacer particles increase porosity in electrical insulation tape to enable efficient resin absorption during high-voltage machine manufacturing.
Exfoliated layered silicates in casting resin replace mica tape to eliminate partial discharge and simplify manufacturing.
Different foam foaming rates compensate for thermal gradients between the stator core and coil, preventing excessive porosity while maintaining fixing force.
Spherical inorganic particles and resin fill the stator chamber, eliminating curing gaps to improve heat conductivity.
Integrating a lubricant manifold into the end winding support distributes oil through orifices to reduce stress on windings caused by centrifugal forces.