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PERMENDUR 2V / PERMENDUR 49 (HIPERCO 50A) / 1J22 / VACOFLUX 50
Description An alloy of 49% Cobalt, and 2% Vanadium, balance Iron. This alloy exhibits the highest magnetic saturation of any commercial alloy and excels in applications where this attribute is needed. This alloy has higher mechanical strength than other soft magnetic alloys. Permendur 2V is an alloy created by mixing 48-50% cobalt with iron (up to 2% vanadium can be added), it has a high permeability at high flux densities with a very high saturation point, its magnetic transition temperatur... -
Hymu80 (Permalloy80 / Mumetal)
Hymu80 is 80% nickel with additions of iron and molybdenum as main elements in turn this alloy offers an extremely high initial permeability.
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Soft Magnetic Alloy 1J85
Description 1J85 is a kind of Fe-Ni soft magnetic alloy with high weak magnetic field permeability. It has high permeability and low coercivity in weak magnetic field. Widely used in radio electronics industry, precision instruments and meters, remote control and automatic control systems. Chemical Composition C P S Cu Mn Si Mo Ni Fe （≤） 0.03 0.020 0.020 0.20 0.30-0.60 0.15-0.30 4.8-5.2 79.0-81.0 Bal. Mechanical Properties Density (g/cm3) Electrical Resistivity(μΩ•m) Curie Poin... -
Alloy 50 (aka Magnifer 50, Carpenter High Permeability 49, Alloy 47-50)
Description A soft magnetic alloy, consisting of 49% Nickel, balance Iron used where high initial permeability, maximum permeability, and low core loss is needed. Chemical Composition C P S Cu Mn Si Ni Fe ≤ 0.03 0.020 0.020 0.20 0.30-0.60 0.15-0.30 49.0-50.5 Balance Characters High permeability High magnetic flux density Good fabrication property Anti-rust ability Applications Small power transformers, micro motors, relays, choke ring and an electromagnetic clutch of core, and magn... -
Wholesale PERMENDUR 2V Bar; 1J22, VACOFLUX 50 Rod
Overview Quick Details Place of Origin: Jiangsu, China Type: Nickel Bar Application: Electrical generators Grade: FeCo50V2 Ni (Min): 49% Co and 2% V Resistance (μΩ.m): 41mm2/m Powder Or Not: Not Powder ...
