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Empilhadeira de aço elétrico orientada de alta qualidade, cortada com precisão até 5 mm-150 mm de largura, com baixa perda de núcleo para componentes eletromagnéticos compactos
Silicon Steel Narrow Strip Coil Product Introduction Our Silicon Steel Narrow Strip Coil represents the pinnacle of precision and efficiency in soft magnetic materials for modern electromagnetic applications. Engineered from high-grade, grain-oriented or non-oriented electrical steel, this product is cold-rolled and slit to exacting narrow widths to meet the demanding requirements of compact, high-performance electromagnetic components. This coil-form material is specifically
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Empilhadeira de aço elétrico com elevada permeabilidade magnética e espessura personalizável para transformadores
Electrical Steel Coil Product Introduction Electrical Steel Coil is a premium silicon steel coil engineered for high-efficiency electromagnetic applications. Manufactured from advanced grain-oriented or non-oriented silicon steel, this coil delivers exceptional magnetic permeability and minimized core losses. It serves as a critical component in transformers, electric motors, generators, and other energy conversion systems where reliable and efficient magnetic performance is
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Bobina de aço elétrico de baixa perda de núcleo com alta densidade de fluxo magnético e espessura personalizável para transformadores e motores
Electrical Steel Coil Product Overview High-performance silicon steel engineered for transformer cores, motors, and electromagnetic devices. Utilizing advanced grain-oriented or non-oriented silicon steel, these coils minimize energy loss while maximizing magnetic efficiency for superior performance in power transmission, industrial machinery, and renewable energy systems. Technical Specifications Material High-grade silicon steel (grain-oriented or non-oriented) Silicon
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Bobina de aço silício com núcleo magnético amorfo com alta indução magnética de saturação, baixa perda magnética e bom desempenho de frequência
Silicon Steel Coil Product Performance High saturation magnetic induction Bs Low magnetic loss compared to other materials Excellent frequency and temperature performance, suitable for 3000KHz applications High DC bias characteristics Low magnetic leakage rate Lighter weight and smaller size compared to alternative materials Technical Specifications Density 7.3 g/cm³ Curie temperature Tc = 410°C Essence temperature Tx = 530°C Saturation Bs = 1.56T Resistivity ρ = 130 Ω-cm