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2*2 SmCo magnet
piece 2*2 SmCo magnet
1 2*2 SmCo magnet
High Quality 2*2 SmCo magnet
Widely used in motors, watch, transducers, instruments, positional detector, generators, radar
SmCo permanent magnet has high magnetic energy product and high cercive force. Its properties are better than
Alnico,ferrite permanent magnet. Its max. energy product is up to 239kJ/m3(30MGOe), which is three times
of that of Alnico8 permanent magnet, eight times of that of ferrite permanent magnet (Y40). Directions of Magnetization:
Applications:
aerospace, defense industry, microwave devices, communications, medical equipment, instruments, wind power,
a variety of magnetic drives, sensors, magnetic processor, high-end motor, etc.
Advantages:
High resistance to demagnetization, High energy product, good temperature stability, high resistance of corrosion
and oxidation
High Quality 2*2 SmCo magnet
Widely used in motors, watch, transducers, instruments, positional detector, generators, radar
SmCo permanent magnet has high magnetic energy product and high cercive force. Its properties are better than
Alnico,ferrite permanent magnet. Its max. energy product is up to 239kJ/m3(30MGOe), which is three times
of that of Alnico8 permanent magnet, eight times of that of ferrite permanent magnet (Y40). Directions of Magnetization:
Applications:
aerospace, defense industry, microwave devices, communications, medical equipment, instruments, wind power,
a variety of magnetic drives, sensors, magnetic processor, high-end motor, etc.
Advantages:
High resistance to demagnetization, High energy product, good temperature stability, high resistance of corrosion
and oxidation
Curie Temp. | Tc | °C | 800-850 | Coeff. Of thermal expansion | C // | 1/°C | ~8×10-5 |
Density | D | g/cm3 | 8.3-8.5 | C⊥ | 1/°C | ~11×10-5 | |
Recoil permeability | rec | 1.00-1.05 | Regidity Strength | N/m2 | ~1.5×108 | ||
Max.working Temp. | Tmax | °C | 350 | Compress Strength | N/m2 | ~8×108 | |
Electrical Resistivity | ΩCm | ~8.6×10-5 | Tensile Strength | N/m2 | ~3.5×107 | ||
Vickers Hardness | Hv | 500-600 | Young’s modulus | N/m2 | ~1.2×1011 | ||
Thermal Conduct Rate | W/mK | ~12 | Magnetization field Ha | kA/m | ≥1600 |
Curie Temp. | Tc | °C | 800-850 | Coeff. Of thermal expansion | C // | 1/°C | ~8×10-5 |
Density | D | g/cm3 | 8.3-8.5 | C⊥ | 1/°C | ~11×10-5 | |
Recoil permeability | rec | 1.00-1.05 | Regidity Strength | N/m2 | ~1.5×108 | ||
Max.working Temp. | Tmax | °C | 350 | Compress Strength | N/m2 | ~8×108 | |
Electrical Resistivity | ΩCm | ~8.6×10-5 | Tensile Strength | N/m2 | ~3.5×107 | ||
Vickers Hardness | Hv | 500-600 | Young’s modulus | N/m2 | ~1.2×1011 | ||
Thermal Conduct Rate | W/mK | ~12 | Magnetization field Ha | kA/m | ≥1600 |