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Injection Ferrite Multipole Magnetic Ring for Sweeping Machine

/Injection Ferrite Multipole Magnetic Ring for Sweeping Machine
  • Injection Ferrite Multipole Magnetic Ring for Sweeping Machine

Injection Ferrite Multipole Magnetic Ring for Sweeping Machine, Automobile Motor Magnetic Rotor Magnets, Multipole Injection Molded Ferrite Magnetic Assemblies, Bonded ceramic magnet materials, Injection Molded Permanent Magnets, Isotropic and Anisotropic Permanent Plastic ferrite bonded magnet, Magnetic Assembly China Supplier

Injection Ferrite Multipole Magnetic Ring for Sweeping Machine Part No. HSIMM-31
Material: injection-molded Ferrite
Number of magnetizing poles: radial multipole 8 poles
Applications: Motors,Couplings,Sensors,Holding systems,Loudspeakers,microphones and much more.

Special axial single-sided multipole magnetic ring for sweeper;
Product material: injection ferrite
Product specifications: as shown in the figure below, support non-standard customization
Specifications of magnetic ring of sweeper
Sweeping machine magnet
Number of magnetizing poles: mainly axial 8 poles, 16 poles, 24 poles and 32 poles
Product advantages: smooth appearance without defects, high dimensional accuracy, good consistency, no subsequent processing, stable performance, shock resistance.
If you are interested in this product, please contact us.

Application of Injection Magnets
Injection magnet is divided into magnetic ring, magnetic rotor and injection NdFeB. The product dimension has high precision and it is applicable to multi-pole magnetization. These magnets can be made into various complex shapes with adding axle or other inserts in the manufacturing process.

The injection rotor magnet includes the middle metal shaft and plastic magnetic material injection molding, and some of the main rotating parts in power machinery and work machinery.

Typical rotors include turbine mechanical rotors, motor rotors, rotors for various pumps, and rotors for turbine compressors. Used in automotive interior parts, electrical and motor parts, connectors, motors and other fields, with high impact resistance, wear resistance, electrical insulation, low moisture absorption, low viscosity, thermal stability and other performance characteristics.

Plastic magnetic ring and plastic magnetic rotor are magnets formed by injection molding after mixing magnetic powder (such as ferrite or neodymium iron boron) with PA6, PA8, PA12, etc., which is characterized by multi-stage axial magnetization It can also be magnetized with multiple radial poles.

The appearance of the product is smooth and flawless, high dimensional accuracy, good consistency, no subsequent processing required, stable performance, shock resistance, and shock resistance. The shape of the product can be complicated and miniaturized. It is a precision micromotor and automation. The industry’s indispensable signal source and constant magnetic source have advantages that other magnets cannot replace and compare.

Injection molded Ferrite is another molding process of magnet category. Compared to injection molded NdFeB, the difference of injection molded Ferrite lies in different magnetic compound utilized, therefore injection molded ferrite has lower magnetic properties due to ferrite features, but it costs much less than that of NdFeB. Ceramic Ferrite Plastic Injection Ring Magnet Hot-Pressed Bonded NdFeB Ring Magnets for Motors

Features and benefits of injection molded ferrite
Injection molded magnets can be of very complex shapes with high precision, typically, tolerance is+/- 0.005mm, it is suitable for high precision parts. Multipole Magnet Injection Ferrite Motor Rotor
It is a new technology to achieve adjustable magnetic properties, composite molding, elastic magnetization and high mechanical strength.
By doing insert molding, magnetic material can be directly molded into or onto other assembly components without further assembly process.
The material is harder to be cracked or chipped than sintered magnet.

These magnets can be made into various complex shapes with adding initiative axis and inserts in the manufacturering procedure to meet customer’s requirements. Multipole 12 Poles Plastic Injection Ceramic Magnet

More
  • Customized is Available
  • Affordable price
  • Quality guaranteed
  • T/T or L/C accepted
  • Other payment accepted
  • Fast shipping, Worldwide delivery
  • 24-Hours excellent customer service
  • Offer free magnetic solution
  • Bulk discounts for larger orders

Product Range

Imperial

Injection Bonded Ferrite Magnets

GRADES

F2819

F2819A

F1506

F2414

F2515

F2820

F2920

Property

Units

PA12

PA12

PA6

PA6

PA6

PA6

PA6

Br
Residual Induction

mT
(G)

279
(2790)

278
(2780)

156
(1560)

240
(2400)

248
(2480)

284
(2840)

288
(2880)

bHc
Coercive Force

kA/m
(Oe)

183
(2350)

183
(2300)

123
(1550)

177
(2230)

183
(2300)

183
(2300)

189
(2380)

iHc
Intrinsic Coercivity

kA/m
(Oe)

211
(2700)

216
(2710)

236
(2970)

239
(3000)

237
(2980)

211
(2650)

231
(2900)

BHmax
Max. Energy Product

kJ/m3
(MGOe)

15.4
(1.94)

15.4
(1.93)

4.9
(0.61)

11.4
(1.43)

12.2
(1.53)

15.8
(1.99)

15.9
(2.00)

Moulded density

gm/cm3

3.5

3.61

3.66

3.26

3.36

3.6

3.8

Maximum Operating Temperature

Deg C

125

125

150

150

150

150

150

Type

Isotropic / Anisotropic

Anisotropic

Anisotropic

Anisotropic

Anisotropic

Anisotropic

Anisotropic

Anisotropic

Tensile Strength

X 105N/m2
(kgf/cm2)

550
(560)

780
(800)

710
(720)

725
(740)

Flexural Strength

X 105N/m2
(kgf/cm2)

1180
(1200)

1240
(1260)

1620
(1650)

1770
(1800)

1940
(1980)

1710
(1740)

1590
(1620)

Flexural Strength

X 105N/m2
(kgf/cm2)

1180
(1200)

1240
(1260)

1620
(1650)

1770
(1800)

1940
(1980)

1710
(1740)

1590
(1620)

Flexural Modulus

X 109N/m2
(X104kgf/cm2)
14.0
(14.3)
15.6
(16.0)
8.0
(8.2)
14.7
(15.0)
17.4
(17.7))
21.4
(21.8)
23.7
(24.5)

Impact Strength IZOD

kJ/m2
(kgf*cm/cm2)
25.3
(25.8)
16.7
(17.0)
NB 22.6
(23)
30.2
(30.8)
14.7
(15.0)
15.3
(15.6)
Metrics
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