Magnetic Conductor Core Precision Alloy Hiper Co50A 1J22 Rod

Product Details:
Place of Origin: CHINA
Brand Name: JINXING
Certification: ISO 9001
Model Number: HiperCo50A 1J22 Rod
Payment & Shipping Terms:
Minimum Order Quantity: 30 kg
Price: Negotiable
Packaging Details: plywood cases
Delivery Time: 15-20 days
Payment Terms: T/T, D/P, L/C, D/A, Western Union, MoneyGram
Supply Ability: 2000 kg per month

Detail Information

Material: HiperCo50A 1J22 Rod Size: Dia 3.5-50mm X L
Density: 8.20 G/cc Tensile Strength: 493 MPa
Hardness: 94 HRB Elongation: 30%
Electrical Resistivity: 426 Microhm-mm Application: Industrial

Product Description

Magnetic Conductor Core Precision Alloy HiperCo50A 1J22 Rod

Hiper Co50A 1J22 Rod is a high saturation magnetic induction iron vanadium soft magnetic alloy. Among the existing soft magnetic materials, this alloy has the highest saturated magnetic induction (2.4T), high Curie point (980 ℃) and the largest saturated magnetostriction coefficient (60-100 × 10-6). Due to the high saturation magnetic induction, the size of the motor can be greatly reduced under the same power. When it is used as an electromagnet, it can generate great gravity on the same cross-sectional area.

 

Chemical Composition of Hiper Co50A 1J22 Rod

Element

Min

Max

Carbon

--

0.01

Manganese

--

0.05

Silicon

--

0.05

Cobalt

--

48.75

Vanadium

--

1.90

Iron

Bal

 

Relative Grade of Hiper Co50A 1J22 Rod

Grade U.K. Germany U.S.A. Russia Standard
1J22 Permendur Vacoflux 50 Supermendur
HiperCo50
50КФ GB/T15002-1994

1J22 Rod Picture:
Magnetic Conductor Core Precision Alloy Hiper Co50A 1J22 Rod 0Magnetic Conductor Core Precision Alloy Hiper Co50A 1J22 Rod 1

Application of Hiper Co50A 1J22 Rod

Hiperco 50A is an iron cobalt vanadium soft magnetic alloy with high magnetic saturation (24k Gauss), high DC maximum permeability, low DC coercivity and low AC core loss. The alloy shows superior magnetic properties than other commercial soft magnetic cobalt iron alloys. Hippeko? 50A is mainly used for electrical equipment magnetic cores requiring high permeability under high magnetic flux density, or magnetic tape cores requiring minimum AC loss and high permeability under high inductance.

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