Silicon Steel
Low Hysteresis Loss of silicon steel
Low hysteresis loss is a notable feature of silicon steel, which contributes to its efficiency and effectiveness in electrical applications. product description Thickness 0.2- 0.35 m...
DESCRIPTION
Low hysteresis loss is a notable feature of silicon steel, which contributes to its efficiency and effectiveness in electrical applications.
product description
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Thickness
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0.2- 0.35 mm
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Width
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900-1230 mm
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Packing
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Export standard package (as per requirements)
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Payment Terms
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30% T/T in advance as deposit,70% balance against the B/L copy or 100% irrevocable L/C at sight
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MOQ
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1 ton per size
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Delivery time
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7-20 days after receiving L/C or deposit
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Remark
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Specific requirement of alloy grade,temper or specification can be discussed at your request
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Hysteresis loss refers to the energy dissipated as heat when the magnetic domains within a material undergo magnetization and demagnetization cycles in response to changing magnetic fields. It is a result of the internal friction and molecular reorientation within the material.Silicon steel is carefully manufactured to have a specialized domain structure. The material is composed of small, uniform grains with well-defined crystal orientations. This optimized domain structure minimizes the energy losses associated with domain wall movements during magnetization and demagnetization processes.Silicon steel contains a significant amount of silicon, typically around 2-3.5%. The presence of silicon helps to reduce magnetic domain wall motion, resulting in lower hysteresis losses. Silicon steel with higher silicon content tends to exhibit lower hysteresis losses.
