The difference between CRGO and CRNGO

1, The difference between CRGO and CRNGO
CRGOย and CRNGO are commonly used silicon steel sheet materials inside transformers.ย CRGOย is cold-rolled oriented electrical steel, while CRNGO is cold-rolled non oriented electrical steel. Their difference lies in the difference in magnetic flux density and permeability.ย CRGOย has a higher magnetic flux density than CRNGO, but a lower magnetic permeability. This means that the magnetic permeability of CRGO is lower than that of CRNGO, but it also has higher energy conversion efficiency due to its high magnetic flux density.
2, Differences in application scenarios
CRGOย and CRNGO are commonly used to manufacture equipment such as transformers, motors, and generators. Due to its high energy conversion efficiency,ย CRGOย is commonly used in high-performance, high-precision transformers and motors. On the contrary, although CRNGO has a higher magnetic permeability thanย CRGO, it is usually used in low-power applications due to its low magnetic flux density.
3, Selection of silicon steel sheet models
When selecting the model of silicon steel sheet, it is necessary to consider the requirements of the application scenario, as well as factors such as cost and output. In general, high-density and high-energy efficientย CRGOย is more suitable for applications such as high-performance transformers and motors, while low-power applications can choose CRNGO with higher magnetic permeability. At the same time, when selecting the model of silicon steel sheets, cost and production factors also need to be considered in order to provide better production efficiency for enterprises.
ใ€ Conclusion ใ€‘
CRGOย and CRNGO are commonly used silicon steel sheet materials inside transformers, and their differences lie in magnetic flux density and permeability. When selecting a silicon steel sheet model, it is necessary to consider the requirements of the application scenario, as well as factors such as cost and output, in order to provide better production efficiency for the enterprise.

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