Electrical steel also known as Silicon Steel is used in a variety of applications ranging from transformer cores, generators and motors to magnetic cores and electrical components.

Non-oriented silicon steel, sometimes called non-oriented electrical steel, is commonly used in electrical applications. This steel has low core losses and is ideal for windings of chokes, transformers and armatures. Non-oriented silicon steel is the alloy of choice for producing AC motors, generators and induction heating systems.

Electrical steel is divided into grain-oriented electrical steel and non-oriented electrical steel.

Electrical steel is an indispensable and important soft magnetic alloy in the electric power and electrical industries.

Non-oriented electrical steel is a special steel used in the manufacture of electrical equipment such as motors, transformers and generators. Its main features are low magnetic permeability and high resistivity, which can effectively reduce eddy current loss and Joule heat loss. In this article, we will discuss the development and product characteristics of non-oriented electrical steel.

As an important electrical material, cold rolled non oriented electrical steel plays a key role in the power industry, energy industry and electric vehicles. With the growing global demand for renewable energy and efficient energy conversion, the cold-rolled non-oriented electrical steel industry is facing great opportunities for development.

Grain-oriented silicon steel is a special electrical steel used in the manufacture of motors, transformers and other electromagnetic equipment.

Cold-rolled oriented silicon steel is a type of electrical steel commonly used in equipment such as transformers and electric motors in the power industry.

Iron core punching is one of the important parts of motor manufacturing. Punching manufacturing workload is the largest, the most stringent technical requirements, the highest requirements for the mold, is an important factor affecting economic benefits, so we must pay attention to the study of iron core punching manufacturing process and related mold structure issues.