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Grain Orientation: The material has a preferred crystallographic orientation, specifically aligned along the rolling direction, which greatly enhances its magnetic properties in that direction.
High Permeability: CGO silicon steel exhibits high magnetic permeability, especially in the direction of grain orientation, which facilitates efficient magnetic flux management.
Low Core Losses: Due to its unique grain structure, it has lower core losses compared to non-grain-oriented types, contributing to improved efficiency and reduced heat generation in applications like transformers.
Magnetic Anisotropy: It displays strong magnetic anisotropy, meaning its magnetic properties vary significantly with direction, being optimal in the rolling direction.
Thin Thickness: Typically manufactured to very thin gauges through cold rolling processes, allowing for more laminations per unit volume in transformer cores, which helps reduce eddy current losses.
Surface Insulation Coating: To minimize eddy currents, which can cause energy losses, the steel sheets are coated with an insulating layer during the manufacturing process.
Consistent Texture and Quality: Through controlled processing, CGO silicon steel achieves a uniform texture and superior quality, ensuring reliable performance in electrical equipment.
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Grain Orientation: The material has a preferred crystallographic orientation, specifically aligned along the rolling direction, which greatly enhances its magnetic properties in that direction.
High Permeability: CGO silicon steel exhibits high magnetic permeability, especially in the direction of grain orientation, which facilitates efficient magnetic flux management.
Low Core Losses: Due to its unique grain structure, it has lower core losses compared to non-grain-oriented types, contributing to improved efficiency and reduced heat generation in applications like transformers.
Magnetic Anisotropy: It displays strong magnetic anisotropy, meaning its magnetic properties vary significantly with direction, being optimal in the rolling direction.
Thin Thickness: Typically manufactured to very thin gauges through cold rolling processes, allowing for more laminations per unit volume in transformer cores, which helps reduce eddy current losses.
Surface Insulation Coating: To minimize eddy currents, which can cause energy losses, the steel sheets are coated with an insulating layer during the manufacturing process.
Consistent Texture and Quality: Through controlled processing, CGO silicon steel achieves a uniform texture and superior quality, ensuring reliable performance in electrical equipment.
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