The lamination process of transformer cores is a critical step in core manufacturing. By stacking silicon steel sheets in a specific arrangement, it forms a closed magnetic circuit and reduces magnetic losses. This process involves steps such as material pretreatment, cutting, and stacking to ensure Read More

The assembly process and structure of transformer cores must be designed around electromagnetic performance and mechanical stability. The core structure uses laminations as the basic unit, forming a closed magnetic circuit through staggered stacking. The treatment of lamination joints must meet the Read More

The stacking of iron laminations is a critical process in the manufacturing of electromagnetic equipment. Through orderly arrangement and compaction, this process enhances the overall density of the core, directly impacting electromagnetic conversion efficiency and operational stability. Prior to st Read More