| Product Name | Fe-Based 1K101 Amorphous Ribbon | 
| P/N | MLAR-2131 | 
| Width | 5-80mm | 
| Thickness | 25-35μm | 
| Saturation magnetic induction | 1.56 Bs (T) | 
| Coercivity | 2.4 Hc (A/m) | 
| Resistivity | 1.30 (μΩ·m ) | 
| Magnetostriction coefficient | 27 λs (ppm) | 
| Curie temperature | 410 Tc (℃) | 
| Crystallization temperature | 535 Tx (℃) | 
| Density | 7.18 ρ (g/cm3) | 
| Hardness | 960 Hv (kg/mm2) | 
| Thermal expansion coefficient | 7.6 (ppm/℃) | 
● Mid-frequency power transformer core, distribution transformer core
● Toroidal uncut cores for smooth filtered output inductors and differential mode input inductors for switching power supplies
● Noise suppression in car stereos, toroidal uncut cores for car navigation system chokes
● Ring-cut cores for PFC power factor correction in air conditioning and plasma TVs
● High frequency rectangular cut cores for output inductors and transformers for switching power supplies, uninterruptible power supplies, etc.
● Toroidal, uncut cores for IGBTs, MOSFETs and GTOs pulse transformers
● High power density variable speed motors, stators and rotors for generators
● Highest saturation magnetic induction among amorphous alloys-reduce components size
● Low coercivity- Improve components efficiency
● Variable Magnetic flux rate – By different core heat treatment processes to meet the requirements of different applications
● Good temperature stability- Can work at -55°C -130°C for long periods of time
● Cores used in transformers are 75% more energy efficient than S9 silicon steel cores in terms of no-load losses and 25% more energy °C efficient in terms of load losses
● Short strip production process and low production cost (see Fig. 1.1)
● The strip has a special microstructure which determines its excellent magnetic properties (Fig. 1.2) and performance stability.
● The composition and process parameters of the strip can be quickly adjusted to meet different usage requirements.
● For new energy solar grid-connected inverters
				
				
Material comparison
| Performance Comparison of Fe-based amorphous alloys with cold-rolled silicon steel | ||
| 
 Basic parameters  | 
 Fe-based amorphous alloys  | 
Cold-rolled silicon steel(0.2mm) | 
| Saturation magnetic induction Bs (T) | 
 1.56  | 
 2.03  | 
| Coercivity Hc (A/m) | 2.4 | 25 | 
| Core losses(P400HZ/1.0T)(W/kg) | 2 | 7.5 | 
| Core losses(P1000HZ/1.0T)(W/kg) | 5 | 25 | 
| Core losses(P5000HZ/0.6T)(W/kg) | 20 | >150 | 
| Core losses(P10000HZ/0.3T)(W/kg) | 20 | >100 | 
| Maximum magnetic permeability (μm) | 45X104 | 4X104 | 
| Resistivity (mW-cm) | 130 | 47 | 
| Curie temperature(℃) | 400 | 740 | 
				
				
				
				
				
				
				
				