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AlNiCo Sintered

 

Trade Terms :

EXW, FOB Ningbo, Door to door

 

Place of Origin :

Ningbo City, Zhejiang Province, China

 

Certificate :

IATF16949, ISO9001:2015

 

Payment Terms :

T/T

 

Delivery Time:

7-20 working days for making sample, 20 to 50 working days for production it depends on the mass quantities

AlNiCo Sintered Magnetic Properties
AlNiCo Sintered

AlNiCo Magnet

 

Sintered & Cast AlNiCo

 

Though it names AlNiCo, it is not an alloy containing Aluminum (Al), Nickel (Ni), Cobalt (Co). It also contains Cobalt, Nickel, and Aluminum with the addition of Iron, Copper, and sometimes Titanium that help make them become stronger permanent magnets. Max Working Temperature of AlNiCo ranges from 450°C to 550°C.There are two kinds of AlNiCo, Sintered AlNiCo and Cast AlNiCo. Cast magnets may be manufactured in complex shapes and the mould charge (sand mould) is cheap. But due to the sand mould edges, cast alnico has darkened edges with a slightly rough texture. To get smooth surface, grounding is needed. Sintered AlNiCo offer slightly lower magnetic properties but better mechanical characteristics. Most AlNiCo magnet grades are anisotropic (they can only be magnetized in a single axis /direction – they are the more powerful magnet grades of AlNiCo. The others are isotropic (they can be magnetized in any direction or directions) – they are weaker but offer more design and performance flexibility.

 

Customized designs are available.

Max working temperature can be as high as 550°C.

Disadvantage: Br and BH (max) are not as high as rare earth magnet.

Advantage: High energies and relatively low coercivity; High magnetic flux density; low mould charge; stable temperature properties; easy to shape.

Application:

Electronic ignition systems

Watt hour meters

Medical instruments

Guitar pickups

Industrial motors

Hand tools

Vending machines

Automatic control appliance

Magnetic Properties
Sintered AlNiCo Typical Magnetic Properties
Grade Remanence Coercivity Intrinsic Coercivity Max. Energy Product   Density Working Temp Remark
Br Hcb Hcj (BH)max Tc
KGs T KOe Ka/m KOe Ka/m MGOe Kj/m3 g/cm3
FLN8 5.2 0.52 0.5 40 0.54 43 1.0-1.25 8-10 6.8 760 Isotropic
FLNG12 7 0.7 0.5 40 0.54 43 1.5-1.75 12-14 7 810
FLNGT14 5.7 0.57 0.95 76 0.98 78 1.75-2.0 14-16 7.1 850
FLNGT18 5.6 0.56 1.1 88 1.13 90 2.25-2.75 18-22 7.2 850
FLNG28 10.5 1.05 0.58 46 0.59 47 3.5-4.15 28-33 7.2 850

Anisotropic

FLNG34 11 1.1 0.63 50 0.64 51 4.3-4.8 34-38 7.2 890
FLNGT28 10 1 0.7 56 0.71 57 3.5-3.8 28-30 7.2 850
FKNGT31 7.8 0.78 1.3 104 1.13 90 3.9-4.5 31-36 7.2 890
FLNG33J 6.5 0.65 1.7 135 1.88 150 4.15-4.5 33-36 7.2 850
FLNGT38 8 0.8 1.55 123 1.58 126 4.75-5.3 38-42 7.2 850
FLNGT42 8.8 0.88 1.5 120 1.53 122 5.3-6.0 42-48 7.25 850