Iron-cobalt-vanadium Soft Magnetic Alloy Wire HiperCo50 Wire

• Customization: Available
• Product Type: Strip
• Material: FeCoV
• Model NO.: HiperCo50 wire
• Carbon Content: Low Carbon
• main chemical composition: FeC050V2
• density: 8.2
• resistivity: 0.4
• Curie point: 980
• Saturation magnetostriction coefficient: 60~100
• use: Relay, transducer
• Transport Package: Wooden Case
• Specification: 0.8*100mm
• Trademark: Tankii
• Origin: Shanghai
• Production Capacity: 3000 Tons/Year

Product Description

Iron-cobalt-vanadium Soft Magnetic Alloy Wire HiperCo50 Wire

1 j22 is high saturation magnetic induction intensity of iron, cobalt, vanadium soft magnetic alloy in existing soft magnetic alloy calcium alloy has the highest saturated magnetic induction intensity (2.4 T), and high Curie temperature (980 ºC), saturation magnetostriction coefficient of maximum (60 ~ 100 * 10-6).Due to the high saturation magnetic induction intensity, when making an equal power of motor, can greatly reduce the volume, when making electromagnet, under the same cross-sectional area can produce larger suction force.Due to their high Curie point, can make the alloy can be in other soft magnetic alloy material has been completely demagnetization work under the high temperature, and maintain good magnetic stability.Due to the large magnetostrictive coefficient, and is suitable for used as a magnetostrictive transducer, output energy is high, the efficiency is high.The resistivity of low alloy (0.27 mu Ω m.), is not suitable for use under high frequency.Price is more expensive, easily oxidized, processing performance is poor, adding suitable nickel or other elements, can improve the processing performance.
Application: suitable for making quality is light, small volume of aviation and space flight with electrical components, such as, micro-motor rotor magnet pole head, relays, transducers, etc

Chemical composition

Ingredients	C	Mn	Si	P	S
	≤
content	0.04	0.3	0.3	0.02	0.02

 

Ingredients	Cu	Ni	Co	V	Fe
	≤
content	0.2	0.5	49.0~51.0	0.80~1.80	Bal

 
Chemical properties

Resistivity μΩ·m	density g/cm³	Curie point TC/ºC	Saturation magnetostriction coefficient
0.40	8.20	980	60~100

 
Mechanical properties

	hardness	Tensile strength
Hard state	HRC35	1323MPa
Soft state	HRB90	490MPa