The main functions of the iron core include:1. Magnetic conductivity: The iron core enables the transformer to effectively convert electrical energy through magnetic conductivity. It converts the electrical energy of a primary circuit into magnetic energy, and then converts the magnetic energy into the electrical energy of a secondary circuit.The magnetic circuit that constitutes the transformer: The iron core is the main magnetic circuit of the transformer, through which the transformer can achieve magneto electric conversion and complete the transmission of electrical energy.2. Mechanical skeleton: The iron core is not only a magnetic component, but also serves as the mechanical skeleton of the transformer, supporting other components such as coils and leads.3. Reduce power loss: By using materials with high magnetic permeability and appropriate structural design, such as insulating and stacking silicon steel sheets, iron loss, including hysteresis loss and eddy current loss, can be reduced, thereby improving the efficiency of transformers.The design and material selection of transformer core directly affect the performance and efficiency of the transformer. Choosing appropriate iron core materials and structures can significantly reduce energy loss and improve the performance of transformers
Product Parameters

Our Advantages

1. Can you provide samples?