Silicon steel cores are composed of silicon steel sheets, also known as electrical steel or silicon steel sheets. Silicon steel sheet is made of iron and silicon alloy, which has the characteristics of high magnetic conductivity and low hysteresis loss. The addition of silicon can effectively reduce hysteresis loss and improve the efficiency of magnetic cores.

Generator, electronic sensor, motor components, power transformer, military manufacturing. It has the characteristics of low loss, high magnetic permeability, and excellent magnetic permeability, which can reduce the energy loss of power equipment

The advantages of silicon steel iron cores are mainly reflected in the following aspects: High magnetic permeability: Silicon steel sheets have a high magnetic permeability, which can generate a large magnetic induction intensity in the energized coil, thereby reducing the volume of the transformer. Low hysteresis loss and eddy current loss: Silicon steel sheets have a narrow hysteresis loop, which makes their hysteresis loss small and can effectively reduce heat generation. In addition, the resistivity of silicon steel sheets is relatively high, which can significantly reduce eddy current losses and further reduce the heating of the iron core. Small impact of mechanical stress: Silicon steel sheets have good mechanical properties and can withstand large mechanical stresses, which makes them widely used in the power electronics industry. High cost-effectiveness: Silicon steel sheets are easy to mass produce, with relatively low costs, and the use of silicon steel sheets can save materials and reduce production costs. Widely used: Due to the above advantages, silicon steel sheet iron cores have been widely used in equipment such as power transformers, distribution transformers, and current transformers. In summary, silicon steel cores have significant advantages in the power electronics industry due to their excellent magnetic properties, low losses, good mechanical properties, and cost-effectiveness.