Fe-based nanocrystalline ribbon

Fe-based nanocrytalline ribbon with ultrafine microlite structure,high initial permeability and saturated magnetic induction,

Fe-based nanocrytalline ribbon

Performance characteristics:

Model: (FeCuNbSiB equal to Japan model Finement)

ultrafine microlite(10-20mm) structure,quite high initial permeability, high saturated magnetic induction, low iron loss and excellent stability. 

Application fields:

 1. Iron core for precision current voltage

 2. Iron core for electric leakage switch

 3. Iron core for common mode and differential mode induction

 4. Iron core for high-power mid frequency and transformer

 5. Iron core for switching power supply, and magnetic amplifier

 6. Iron core for peaking depressor and hall sensor

Typical parameter: the physical property of Fe-based nanocrystal ribbon

Model	Saturated magnetic induction Bs(T)	Density ρ(g/cm3)	Curie temperature Tc()	Crystallization teperature Tx()	Hardness Hv	Saturated magnetostrictive coefficient λs	Resistivity Ωµ.cm	Occupation efficiency(%)	Continuously working temperature
HX-NC	1.25	7.25	570	510	880	2.7×10-6	130	78	-50~150

Fe-based nano-microlite alloy electromagnetism performance: (annealing without magnetic field)

Model	Initial permeability um(Gs/Oe)	Maximum Permeability um(Gs/Oe)	Coercive force Hc(A/m)	Residual magnetic field dendity Br(T)	Iron loss P(w/kg) 20K/0.3T	Iron loss P(w/kg) 50K/0.3 T	Iron loss P(w/kg) 100K/0.3 T
HX-NC	≥10×104	60×104	< 1.6	0.6~0.7	< 25	< 30	< 150

Fe-based alloy ribbon spec:

Model	Width of ribbon (mm)	Thickness of ribbon (um)
HX-NC-003.2	3.2±0.2	28±5
HX-NC-004.5	4.5±0.2	28±5
HX-NC-005.0	5.0±0.2	28±5
HX-NC-006.5	6.5±0.2	28±5
HX-NC-008.0	8.0±0.2	28±5
HX-NC-0010	10.0±0.2	28±5
HX-NC-0012	12.0±0.2	28±5
HX-NC-0015	15.0±0.2	28±5
HX-NC-0020	20.0±0.2	28±5
HX-NC-0025	25.0±0.2	28±5
HX-NC-0030	30.0±0.2	28±5
HX-NC-0035	35.0±0.2	28±5
HX-NC-0040	40.0±0.2	28±5

Other specification of ribbon may be ordered according to requirements of clients(2~80mm)

Fe-based nanocrystalline ribbon