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AK Steel TRAN-COR® H-2 CARLITE® Grain Oriented Electrical Steel

Category Metal , Electronic/Magnetic Alloy , Ferrous Metal
Manufacturer AK Steel
Trade Name
Port Shanghai port,China
Trade Terms FOB, CFR, CIF
Payment Terms L/C, T/T, Western Union
Download PDF AK Steel TRAN-COR® H-2 CARLITE® Grain Oriented Electrical Steel.pdf
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Material Notes:
TRAN-COR H CARLITE® high permeability electrical steels offer an outstanding degree of grain orientation, This combination of higher permeability with low residual stress offers the potential for lower core losses and less noisy transformer core structures, particularly at higher operating inductions, when compared to conventional grain oriented electrical steels. The core loss characteristics are further enhanced in the TRAN-COR H CARLITE DR® (Domain Refined) products where laser scribing is employed. In this process, a precisely focused laser beam is rapidly scanned across the steel surface. The micro-strain imparted into the material forces the pre-existing magnetic domains to subdivide. The finer domain structure reduces the distance that the domain walls must move during AC magnetization, thereby reducing eddy current losses. The result is far lower core loss than possible with conventional grain oriented electrical steels of comparable thickness. TRAN-COR H CARLITE products are suitable for all types of transformers while TRAN-COR H DR products are suitable for those types of transformers where a stress relief annealing treatment of the magnetic core is not used. Stress relief annealing will result in the eradication of the effect provided by the laser treatment and will result in a significant increase in core loss.Information provided by AK Steel.
Physical Properties Metric English Comments
Density 7.65 g/cc
0.276 lb/in³
Thickness 270 - 310 microns
10.6 - 12.2 mil
300 microns
11.8 mil
Nominal
Mechanical Properties Metric English Comments
Knoop Microhardness 173
173
Hardness, Rockwell B 83
83
Tensile Strength, Ultimate 359 MPa
52100 psi
In rolling direction
Tensile Strength, Yield 345 MPa
50000 psi
In rolling direction
Elongation at Break 11 %
11 %
In 2", rolling direction
Modulus of Elasticity 113.8 GPa
16510 ksi
In rolling direction
138 GPa
20000 ksi
At 20° to rolling direction
203 GPa
29400 ksi
At 90° to rolling direction
241 GPa
35000 ksi
At 45° to rolling direction
276 GPa
40000 ksi
At 55° to rolling direction
Electrical Properties Metric English Comments
Exciting Power (RMS) 0.00196 RMS AT/cm

@Magnetic Field 0.100 T,
Frequency 50.0 Hz
0.00310 RMS VA/lb

@Magnetic Field 0.100 T,
Frequency 50.0 Hz
ASTM A343, 0.30 mm
3.3418 RMS AT/cm

@Magnetic Field 1.90 T,
Frequency 60.0 Hz
5.2818 RMS VA/lb

@Magnetic Field 1.90 T,
Frequency 60.0 Hz
ASTM A343, 0.30 mm
Electrical Resistivity 0.0000500 ohm-cm
0.0000500 ohm-cm
Magnetic Properties Metric English Comments
Core Loss 0.00423 W/kg

@Magnetic Field 0.100 T,
Frequency 50.0 Hz
0.00192 W/lb

@Magnetic Field 0.100 T,
Frequency 50.0 Hz
ASTM A804, 0.30 mm
2.26 W/kg

@Magnetic Field 1.90 T,
Frequency 60.0 Hz
1.03 W/lb

@Magnetic Field 1.90 T,
Frequency 60.0 Hz
ASTM A343, 0.30 mm
Descriptive Properties Value Comments
Approximate Equivalent International Grade M105-30P5
Magnetostriction 10^8 -45
ASTM A876, 1.4T, 60Hz, 0.30 mm
-48
ASTM A876, 1.5T, 60Hz, 0.30 mm
-53
ASTM A876, 1.6T, 60Hz, 0.30 mm
-55
ASTM A876, 1.7T, 60Hz, 0.30 mm
Maximum Induction at 800 A/m (T) 1.9
Minimum Lamination Factor (%) 95.5
Typical Induction at 800 A/m (T) 1.92
Typical Lamination Factor (%) 97.3
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