ultra-thin non-oriented and grain oriented electrical steel sheet

Ultra-Thin Non-Oriented & Grain-Oriented Electrical Steel: Precision Solutions for High-Frequency Applications‌ ‌Engineered for Efficiency: Ultra-Thin Silicon Steel Innovations‌ Optimized for high-frequency motors and compact transformers, our ultra-thin electrical steel combines ‌low core losses‌ (≤0.85 W/kg) and ‌high magnetic saturation‌ (≥1.85T). Available in both grain-oriented (GOES) and non-oriented (NOES) variants, these sheets minimize eddy current losses in devices operating at 400Hz–10kHz. ‌Key Differentiators‌: ‌Thin Gauges‌: 0.10mm–0.50mm thickness (±0.01mm tolerance) ‌Isotropic vs. Anisotropic‌: NOES for motors, GOES for transformers ‌Global Standards‌: ASTM A977, JIS C 2553, EN 10107

Ultra-Thin Non-Oriented & Grain-Oriented Electrical Steel: Precision Solutions for High-Frequency Applications.‌

‌Engineered for Efficiency: Ultra-Thin Silicon Steel Innovations‌

Optimized for high-frequency motors and compact transformers, our ultra-thin electrical steel combines ‌low core losses‌ (≤0.85 W/kg) and ‌high magnetic saturation‌ (≥1.85T). Available in both grain-oriented (GOES) and non-oriented (NOES) variants, these sheets minimize eddy current losses in devices operating at 400Hz–10kHz.

‌Key Differentiators‌:

  • ‌Thin Gauges‌: 0.10mm–0.50mm thickness (±0.01mm tolerance)
  • ‌Isotropic vs. Anisotropic‌: NOES for motors, GOES for transformers
  • ‌Global Standards‌: ASTM A977, JIS C 2553, EN 10107

‌Technical Specifications & Performance Metrics‌

‌Grain-Oriented Electrical Steel (GOES)‌

‌Grade‌ ‌Thickness‌ ‌Core Loss (W/kg)‌ ‌Induction (B800)‌ ‌Coating‌
M35W230 0.27mm ≤2.30 @1.5T/50Hz ≥1.62T M11 (Cr-based)
M50W1300 0.50mm ≤13.0 @1.5T/50Hz ≥1.72T M21 (Cr-free)

‌Non-Oriented Electrical Steel (NOES)‌

‌Grade‌ ‌Thickness‌ ‌Tensile Strength‌ ‌Hardness (HV)‌ ‌Stack Factor‌
M50W600 0.50mm 410 MPa 140 97%
M35W550 0.35mm 415 MPa 160 95%

‌Material Properties‌:

  • ‌Silicon Content‌: 2.8–3.5% (GOES), 1.8–3.0% (NOES)
  • ‌Carbon‌: ≤0.003% post-annealing
  • ‌Coating Resistance‌: ≥100 Ω·mm² (M11/M21 insulation)

‌Insulation Coating & Durability‌

‌Coating‌ ‌Thickness‌ ‌Heat Resistance‌ ‌Adhesion‌ ‌Applications‌
‌M11‌ 0.7–1.5μm 750°C (N₂ atmosphere) Class A High-speed stamping cores
‌M21‌ 0.8–5.0μm 550°C (air) Class B EV motor laminations

‌Why Our Coatings Excel‌:

  • ‌Rust Resistance‌: 1,000+ hours in 85% humidity (ASTM B117)
  • ‌Laser-Weldable‌: Minimal coating spatter during assembly

‌Applications Across Industries‌

  1. ‌E-Mobility‌:
    • ‌EV Traction Motors‌: 0.27mm M35W230 for ≤2.3W/kg loss @10kHz
  2. ‌Renewable Energy‌:
    • ‌Solar Inverters‌: 0.50mm M50W1300 with 1.72T induction
  3. ‌Consumer Electronics‌:
    • ‌Smartphone Chargers‌: 0.35mm NOES for 95% stacking factor

‌Competitive Advantages‌

‌Parameter‌ ‌Our Ultra-Thin Steel‌ ‌Industry Average‌
‌Core Loss‌ 0.85–13.0 W/kg 1.20–15.0 W/kg
‌Lead Time‌ 12–25 days 30–45 days
‌Width Range‌ 30–1,250mm (±0.1mm) Limited to 1,000mm

‌Why Choose Us?‌

  • ‌Free Prototyping‌: ≤5kg samples with technical datasheets
  • ‌Custom Slitting‌: ±0.05mm precision for complex laminations
  • ‌Certifications‌: IATF 16949, RoHS, REACH

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