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AK Steel DI-MAX® M-43 Nonoriented Electrical Steel

Category Metal , Electronic/Magnetic Alloy
Manufacturer AK Steel
Trade Name
Port Ningbo port,China
Trade Terms FOB, CFR, CIF
Payment Terms L/C, T/T, Western Union
Download PDF AK Steel DI-MAX® M-43 Nonoriented Electrical Steel.pdf
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Material Notes:
Nonoriented electrical steels are silicon steels in which magnetic properties are practically the same in any direction of magnetism in the plane of the material. Standard grades from M-15 to M-47 are available with the advantages of special DI-MAX® processing that enhance the magnetic properties. DI-MAX grades have superior permeability at high inductions, low average core loss and good gauge uniformity. In addition, cold finishing plus strip annealing produce a smooth surface and reduce buckles and waves, resulting in excellent flatness and a high stacking factor. AK Steel Nonoriented Electrical Steels are available both Fully Processed and Semi-Processed, depending on grade. Properties of Fully Processed material are developed completely by AK Steel. These materials are ready for use without any additional processing required. However, a low-temperature heat treatment may be employed by the user to eliminate stresses introduced by fabrication of the material into cores. AK Steel Fully Processed Nonoriented Electrical Steels meet all the requirements of ASTM Specification A 677. Semi-Processed steels are finished to final thickness and physical form by AK Steel, but are not fully annealed to develop final magnetic quality. With these materials, achievement of magnetic properties becomes the responsibility of the user. AK Steel Semi-Processed Nonoriented Electrical Steels meet all requirements of ASTM A 683. DI-MAX M-43 is Fully Processed and Semi-Processed Applications for M-43: Small Motors and Generators (10 KVA), Small Transformers (
Physical Properties Metric English Comments
Density 7.70 g/cc
0.278 lb/in³
Semi-Processed
Mechanical Properties Metric English Comments
Hardness, Rockwell B 64
64
Semi-Processed
Tensile Strength, Ultimate 483 MPa
70000 psi
Semi-Processed
Tensile Strength, Yield 345 MPa
50000 psi
Semi-Processed
Elongation at Break 32 %
32 %
in 2", Semi-Processed
Electrical Properties Metric English Comments
Electrical Resistivity 0.0000430 ohm-cm
0.0000430 ohm-cm
Fully Processed and Semi-Processed
Magnetic Properties Metric English Comments
Core Loss 3.42 W/kg

@Magnetic Field 1.50 T,
Frequency 60.0 Hz
1.55 W/lb

@Magnetic Field 1.50 T,
Frequency 60.0 Hz
0.0185" (26 gauge), Semi-Processed; ASTM A677
4.30 W/kg

@Magnetic Field 1.50 T,
Frequency 60.0 Hz
1.95 W/lb

@Magnetic Field 1.50 T,
Frequency 60.0 Hz
0.014" (29 gauge), Fully Processed; ASTM A677
4.41 W/kg

@Magnetic Field 1.50 T,
Frequency 60.0 Hz
2.00 W/lb

@Magnetic Field 1.50 T,
Frequency 60.0 Hz
0.025" (24 gauge), Semi-Processed; ASTM A677
4.63 W/kg

@Magnetic Field 1.50 T,
Frequency 60.0 Hz
2.10 W/lb

@Magnetic Field 1.50 T,
Frequency 60.0 Hz
0.0185" (26 gauge), Fully Processed; ASTM A677
5.51 W/kg

@Magnetic Field 1.50 T,
Frequency 60.0 Hz
2.50 W/lb

@Magnetic Field 1.50 T,
Frequency 60.0 Hz
0.025" (24 gauge), Fully Processed; ASTM A677
Descriptive Properties Value Comments
Coercive Force (Oe) 0.30
B<sub>max</sub> =10kG, Semi-Processed
0.57
B<sub>max</sub> =10kG, Fully Processed
Hysteresis loss (J/lb/cycle) 0.0054
B<sub>max</sub> =10kG, Semi-Processed
0.0092
B<sub>max</sub> =10kG, Fully Processed
Maximum Permeability 15000
Semi-Processed
6500
Fully Processed
Saturation Induction Kilogausses 20.5
Fully Processed
20.5
Semi-Processed
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