Iron Cobalt Alloy Hiperco 50 Coil

• Type: Sheet
• Standard: AISI, ASTM, DIN
• Composition: Stainless Steel Scrap
• Technique: Hot Rolled
• Shape: Plate, Sheet
• Surface Treatment: Galvanized
• Model NO.: Cobalt Alloy
• Special Use: High-strength Steel Plate, Wear Resistant Steel, Free Cutting Steel
• Application: Tool Steel Bar, Medical, Industrial
• Product Type: Coil, Rold, Wire
• Material: as Requried
• Carbon Content: as Requried
• PCD: as Requried
• Et: as Requried
• Hole: as Requried
• Transport Package: as Your Required
• Specification: as your required
• Trademark: Shenyang steel
• Origin: China
• Production Capacity: 3000 Ton/Tons Per Month

Product Description

Product Description
SOFT MAGNETIC IRON COBALT ALLOY

Co49 V2 Fe49 ,Equivalent to Carpenter Hiperco 50,Vacoflux 50, is a high-saturation magnetic induction strength iron-cobalt-vanadium soft magnetic alloy. In the existing soft magnetic materials, the alloy has the highest saturation magnetic induction (2.4T) and a high Curie point (940ºC). Due to the high saturation magnetic induction, when manufacturing a motor of the same power, the volume can be greatly reduced,and the weight can be reduced, which is less than 50% of that of an ordinary motor. Moreover, the motor has high sensitivity, low heat generation, good stability and long life. Due to the high Curie point, the alloy can be operated at higher temperatures where other soft magnetic alloy materials have been completely demagnetized and maintain good magnetic stability. The performance stability of the motor is better than that of the permanent magnet motor at higher operating temperatures.

The alloy is melted using Vacuum Induction Melting (VIM) techniques.

Applications:

Rotor and Stator laminations in motors and generators

Commercial Grade Name	Iron-Cobalt Alloy ,Hiperco 50 , Hiperco 50A ,Permendur 49
Material	Iron-Cobalt Vanaduim
Standard Specification	ASTM A801-14  Alloy 1
Surface Finish	Cold-Finish
I.D. Value	200 to 505mm (Paper Coil I.D.)
O.D.Value	Base on coil weight
Edge Finish	No Damage
Application	Stamped lamination assemblies for motors and generators & Turned components for actuators
Country of origin	China

 

Chemical Compostition,%
C Max	Mn Max	Si max	P Max	S Max	Cr Max	Ni Max	Co	V	Fe
0.025	0.15	0.15	0.015	0.01	0.15	0.25	47.5-49.5	1.75-2.10	Bal.

Physical Properties
Resistivity,μΩ•m	0.40
Density,g/cm3	8.12
Curie Point,°C	940
Melting point ,°C	1427

DC magnetic properties   After magnetic Heat Treating (Final Annealed) Standard minimum values
Material	Hc   Max. A/m	B at   400 A/m T	B at   800 A/m T	B at   1600 A/m T	B at   2500 A/m T	B at   4000 A/m T	B at   8000 A/m T
Strip Material	110	1.70	2.00	2.10	2.15	2.20	2.25
Solid Material	140	1.6	1.70	1.90	2.05	2.15	2.20
Notes:  Hc = coercive field strength, B = induction , 1) annealed for optimum magnetic properties  2) annealed for optimum mechanical properties
Typical DC magnetic properties of strip material   After magnetic final annealing (strip material thickness0.35mm) Typical Values
Heat treatment temperature, °C	µmax	Hc A/m	B at 800 A/m T	B at 1600 A/m T	B at 2500 A/m T	B at 4000 A/m T	B at 8000 A/m T
870±5 ºC	11940	45.85	2.177	2.271	2.313	2.354	2.389
* Typical values measured on rings sample after annealing treatment at 870°C in dry pure hydrogen Test method: Machining thickness0.35mm strip into 40mm OD and 32mm ID ring shape and final annealing. Then carried out by superposing 20 pieces of ring shape with winding of copper wire to test the material DC magnetic property by magnetic tester.