Polymer Property : Magnetic Remanence, Br = 9000 Gauss Product List

Electrical Properties

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Electrical Properties	Metric	English	Comments
Magnetic Remanence, Br	9000 Gauss	9000 Gauss	per ASTM A596; heat treatment unknown
High Temp Metals Alloy 49 Iron-Nickel High Permeability Alloy, Bar, Cold Drawn High Permeability "49" alloy is a 48% nickel-iron alloy which has a saturation flux density of approximately 15,000 Gauss after hydrogen annealing. Hysteresis loss is very low in either DC or AC cir..
Magnetic Remanence, Br	9000 Gauss	9000 Gauss	per ASTM A596; heat treatment unknown
High Temp Metals Alloy 49 Iron-Nickel High Permeability Alloy, Bar, Hydrogen Annealed at 2150Â°F (1177Â°C) High Permeability "49" alloy is a 48% nickel-iron alloy which has a saturation flux density of approximately 15,000 Gauss after hydrogen annealing. Hysteresis loss is very low in either DC or AC cir..
Magnetic Remanence, Br	9000 Gauss	9000 Gauss	per ASTM A596, 0.025 - 0.125 in. thickness; heat treatment unknown
High Temp Metals Alloy 49 Iron-Nickel High Permeability Alloy, Strip, Cold-Rolled High Permeability "49" alloy is a 48% nickel-iron alloy which has a saturation flux density of approximately 15,000 Gauss after hydrogen annealing. Hysteresis loss is very low in either DC or AC cir..
Magnetic Remanence, Br	9000 Gauss	9000 Gauss	per ASTM A596, 0.014 in. thickness; heat treatment unknown
High Temp Metals Alloy 49 Iron-Nickel High Permeability Alloy, Strip, Cold-Rolled High Permeability "49" alloy is a 48% nickel-iron alloy which has a saturation flux density of approximately 15,000 Gauss after hydrogen annealing. Hysteresis loss is very low in either DC or AC cir..
Magnetic Remanence, Br	9000 Gauss	9000 Gauss	per ASTM A596, 0.025 - 0.125 in. thickness; heat treatment unknown
High Temp Metals Alloy 49 Iron-Nickel High Permeability Alloy, Strip, Formed and Deep Draw Quality High Permeability "49" alloy is a 48% nickel-iron alloy which has a saturation flux density of approximately 15,000 Gauss after hydrogen annealing. Hysteresis loss is very low in either DC or AC cir..
Magnetic Remanence, Br	9000 Gauss	9000 Gauss	per ASTM A596, 0.014 in. thickness; heat treatment unknown
High Temp Metals Alloy 49 Iron-Nickel High Permeability Alloy, Strip, Formed and Deep Draw Quality High Permeability "49" alloy is a 48% nickel-iron alloy which has a saturation flux density of approximately 15,000 Gauss after hydrogen annealing. Hysteresis loss is very low in either DC or AC cir..
Magnetic Remanence, Br	9000 Gauss	9000 Gauss	per ASTM A596; heat treatment unknown
High Temp Metals Alloy 49 Iron-Nickel High Permeability Alloy, Bar, After Process Annealed at 1600Â°F (871Â°C) High Permeability "49" alloy is a 48% nickel-iron alloy which has a saturation flux density of approximately 15,000 Gauss after hydrogen annealing. Hysteresis loss is very low in either DC or AC cir..
Magnetic Remanence, Br	9000 Gauss	9000 Gauss	per ASTM A596; heat treatment unknown
High Temp Metals Alloy 49 Iron-Nickel High Permeability Alloy, Bar, Cold Drawn High Permeability "49" alloy is a 48% nickel-iron alloy which has a saturation flux density of approximately 15,000 Gauss after hydrogen annealing. Hysteresis loss is very low in either DC or AC cir..
Magnetic Remanence, Br	9000 Gauss	9000 Gauss	per ASTM A596; heat treatment unknown
High Temp Metals Alloy 49 Iron-Nickel High Permeability Alloy, Bar, Hydrogen Annealed at 2150Â°F (1177Â°C) High Permeability "49" alloy is a 48% nickel-iron alloy which has a saturation flux density of approximately 15,000 Gauss after hydrogen annealing. Hysteresis loss is very low in either DC or AC cir..
Magnetic Remanence, Br	9000 Gauss	9000 Gauss	per ASTM A596, 0.025 - 0.125 in. thickness; heat treatment unknown
High Temp Metals Alloy 49 Iron-Nickel High Permeability Alloy, Strip, Cold-Rolled High Permeability "49" alloy is a 48% nickel-iron alloy which has a saturation flux density of approximately 15,000 Gauss after hydrogen annealing. Hysteresis loss is very low in either DC or AC cir..
Magnetic Remanence, Br	9000 Gauss	9000 Gauss	per ASTM A596, 0.014 in. thickness; heat treatment unknown
High Temp Metals Alloy 49 Iron-Nickel High Permeability Alloy, Strip, Cold-Rolled High Permeability "49" alloy is a 48% nickel-iron alloy which has a saturation flux density of approximately 15,000 Gauss after hydrogen annealing. Hysteresis loss is very low in either DC or AC cir..
Magnetic Remanence, Br	9000 Gauss	9000 Gauss	per ASTM A596, 0.025 - 0.125 in. thickness; heat treatment unknown
High Temp Metals Alloy 49 Iron-Nickel High Permeability Alloy, Strip, Formed and Deep Draw Quality High Permeability "49" alloy is a 48% nickel-iron alloy which has a saturation flux density of approximately 15,000 Gauss after hydrogen annealing. Hysteresis loss is very low in either DC or AC cir..
Magnetic Remanence, Br	9000 Gauss	9000 Gauss	per ASTM A596, 0.014 in. thickness; heat treatment unknown
High Temp Metals Alloy 49 Iron-Nickel High Permeability Alloy, Strip, Formed and Deep Draw Quality High Permeability "49" alloy is a 48% nickel-iron alloy which has a saturation flux density of approximately 15,000 Gauss after hydrogen annealing. Hysteresis loss is very low in either DC or AC cir..
Magnetic Remanence, Br	9000 Gauss	9000 Gauss
Alliance S-20A Samarium Cobalt Magnetic Material
Magnetic Remanence, Br	9000 Gauss	9000 Gauss
Alliance S-20B Samarium Cobalt Magnetic Material
Magnetic Remanence, Br	9000 - 9600 Gauss	9000 - 9600 Gauss
Ceradyne SEMICORE® S2-17B MMPA 24/18 Sm2 (CoFeCuZr)17 Samarium Cobalt Magnet Magnetic alignment parallel to Compaction AxisApplications:Microwave amplifiers and oscillators for airborne equipmentTWT modules for phased array radarSmall motors for severe thermal conditions Her..
Magnetic Remanence, Br	9000 Gauss	9000 Gauss	per ASTM A596; heat treatment unknown
High Temp Metals Alloy 49 Iron-Nickel High Permeability Alloy, Bar, After Process Annealed at 1600°F (871°C) High Permeability "49" alloy is a 48% nickel-iron alloy which has a saturation flux density of approximately 15,000 Gauss after hydrogen annealing. Hysteresis loss is very low in either DC or AC cir..