CRGO Silicon Electrical Steel Sheet In Coils 80mm are produced by cold-rolling the steel at room temperature, which makes the steel significantly thinner while maintaining the same magnetic propert...
DESCRIPTION
CRGO Silicon Electrical Steel Sheet In Coils 80mm are produced by cold-rolling the steel at room temperature, which makes the steel significantly thinner while maintaining the same magnetic properties.
Product Descreiption
Type:
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Oriented Silicon Steel
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Technique:
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Cold Rolled
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Thickness:
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0.23mm 0.27mm and 0.3 mm
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Width:
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80mm
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Surface Treatment:
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Coated
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Shape:
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Steel Coil
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Processing Service:
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Decoiling, Cutting
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Standard:
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AiSi
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CRGO Silicon Electrical Steel Sheet In Coils quality inspection machinery
1. Magnetic Induction Meter: A magnetic induction meter is an instrument that measures the magnetic field induction strength of CRGO silicon steel strip coils. By measuring the magnetic field induction strength, you can determine whether the magnetic properties and grain orientation of CRGO silicon steel strip coils meet the requirements. The instrument uses digital display, high accuracy and simple operation.
2. Flux Densitometer: The flux densitometer is an instrument for measuring the magnetic flux density of CRGO silicon steel strip coils. By measuring the magnetic flux density, the magnetic properties and grain orientation of CRGO silicon steel coils can be judged to be in accordance with the requirements. The instrument uses digital display, high accuracy and simple operation.
3. Hardness tester: The hardness tester is a mechanical device used to test the hardness of CRGO silicon steel strip coils. The hardness tester measures the hardness of the CRGO silicon steel coil to determine whether its quality meets the requirements. The instrument uses digital display, high precision and simple operation.
4.Metallographic microscope: The metallographic microscope is an instrument used to examine the grain orientation of CRGO silicon steel strip coils. The microstructure of CRGO silicon steel strip coil can be observed through the microscope to determine whether the grain orientation meets the requirements. The operation of this instrument is more complicated and requires professional skills, but it has very high accuracy and reliability.