0.1MM oriented silicon steel sheet is a soft magnetic alloy with very low carbon content, and its silicon content is usually between 0.5 and 4.5%. This alloy has unique physical properties that make it widely used in electrical engineering.


0.1MM oriented silicon steel sheet has very low iron loss, which is an important index to measure the quality of silicon steel sheet. Low iron loss means that less energy is lost during the conversion of electrical energy, thus improving the efficiency of motors and transformers. In addition, the material has a high magnetic induction intensity under the magnetic field, which reduces the size and weight of the core of the motor and transformer, thereby saving resources such as silicon steel sheets, copper wires and insulation materials.


In the production process, 0.1MM oriented silicon steel sheet needs to undergo strict refining, hot rolling, finishing, refining orientation treatment, cold rolling and surface treatment. These processes ensure that the silicon steel sheet has a smooth, flat and uniform thickness surface, thereby improving the filling factor of the core. At the same time, the surface insulation film has good adhesion and weldability, which can prevent corrosion and improve the punching performance.


In terms of applications, 0.1MM oriented silicon steel sheets are mainly used to make iron cores for various transformers, motors and generators. Especially in high frequency and high power applications, this silicon steel sheet can significantly improve the efficiency and power density of electrical equipment. Therefore, it is widely used in household appliances, automobiles, wind power and other fields of motor, as well as energy-saving transformer manufacturing.


In summary, 0.1MM oriented silicon steel sheet plays an important role in the field of electrical engineering with its unique physical characteristics and wide application prospects.