Amorphous Alloy

Application
Industrial frequency transformer core (50－60Hz)
IF power transformer core (400Hz－15kHz)
Switch power transformer core (below 10kHz)
Filter reactor, filtering and energy storage inductor
Power factor correction inductor core (below 50kHz)
Saturated reactor, pulse compressor core

Product size

Grade	Width (mm)	Thickness (mm)
1K101	3.2~50	27~36

We can provide custom strip materials of various specifications based on customers' needs.

Features This amorphous alloy has high saturation magnetic induction intensity, so it uses less strip material under the same magnetic induction intensity to make its size smaller. Fe based amorphous alloy has high magnetic permeability and low coercive force, which can improves the efficiency of transformer when being used in transformer. This amorphous alloy has low loss, and the loss rate is only 1/3-1/5 to that of the silicon steel sheet, which can reduce the temperature rise of transformer. The low magnetizing current can reduce the copper loss of the primary coil in the transformer. This alloy has good stability, making it able to work below 130℃ for long time. Physical properties

Saturation magnetic induction intensity /Bs	1.56T	Hardness/ Hv	960
Curie point temperature /Tc	410℃	Intensity/ d	7.18g/cm3
Crystallization temperature /Tx	550℃	Resistivity/r	130mW-cm
Saturation magnetostriction efficient/ls	27×10-6	Continuous working temperature range	-55－130℃

Magnetic performance

Product type	Transverse magnetic annealing	No magnetic annealing	Longitudinal magnetic annealing
Max. Magnetic permeability	>2×104	>20×104	>25×104
Saturation induction intensity	1.5 T	1.5 T	1.5 T
Residual magnetic induction		0.6-1.0 T	1.2 T
Coercive force
Loss (50Hz, 1.4T)
Loss (400Hz, 1.2T)
Loss (8kHz, 1.0T)
Iron loss rate (-55°C –125°C)
Iron loss rate (120℃ and 200 H)

Characteristic comparison between Fe based amorphous alloy and cold rolled silicon steel

Performance index	Fe based amorphous alloy	Silicon steel
Saturation magnetic induction(T)	1.56	2.03
Coercive force(A/m)
Max. Magnetic permeability (Gs/Os)	>25×104	4×104
Iron loss (W/kg)		1.2, under 50Hz, 1.7T
Exciting power (VA/kg)
Lamination coefficient	>0.80	0.95
Magnetostriction (×10-6)	27	15
Resistivity (Wm-cm)	130	45
Density (g/cm3)	7.18	7.65
Crystalline temperature (℃)	550	－
Curie temperature(℃)	415	746
Tensile strength(Mpa)	1500	343
Vickers hardness (HV)	900	181
Thickness (μm)	30	300

Index
iron based alloy, alloy strip