Silicon Steel Laminations for Motor Cores

Motor cores are the core magnetic circuit components of various motors (such as permanent magnet synchronous motors, asynchronous induction motors, servo motors, etc.). They are manufactured using high-permeability cold-rolled silicon steel laminations (with an insulating coating on the surface to reduce eddy current losses) as raw materials, through a “laminated” structure and precision manufacturing processes.
The core surface features a regular tooth slot structure, which precisely matches the embedding requirements of the motor windings and efficiently guides the magnetic field, optimizing electromagnetic conversion efficiency. The laminated design further suppresses eddy current effects, and combined with the "low iron loss, high permeability" material characteristics of silicon steel laminations, significantly improves the energy conversion efficiency of the motor, helping the motor achieve high-efficiency, low-noise, energy-saving, and reliable operation.
This product is widely used in various motor equipment in the fields of industrial drives, new energy vehicles, smart homes, and power equipment, and is a key carrier for the efficient conversion of "electrical energy to mechanical energy."