C4 Grade Anisotropic Ceramic Square Magnet 50X50X10mm

/C4 Grade Anisotropic Ceramic Square Magnet 50X50X10mm
  • C4 Grade Anisotropic Ceramic Square Magnet
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  • C4 Grade Anisotropic Ceramic Square Magnet 50X50X10mm, All-round Practical Ceramic Magnets, Block shaped Strontium or Barium Hard Ferrite Magnet Y30BH Y33 Y38, Buy Ceramic C8B C11 Permanent Magnets, Rectangular Anisotropic Sintered Ferrite Bar Magnet China Supplier

    C4 Grade Anisotropic Ceramic Square Magnet 50X50X10mm feature:
    Item No. MPFB-50X50X10
    Material: isotropic & anisotropic ferrite / ceramic
    Size:  50mm length * 50mm width * 10mm thickness
    Shape: Bar, Block, Rectangular
    Style: Hard Sintered Ferrite
    Type: Permanent
    Grade: C4
    This ferrite block magnet has a 50mm length, a 50mm width and a height of 10mm.

    Ceramic magnets are also known as hard ferrites or ferrite magnets, which are composed of primarily iron oxide, Fe2O3. The two common compositions are: strontium ferrite, SrFe12O19 (SrO·6Fe2O3) and barium ferrite BaFe12O19 (BaO·6Fe2O3). Soft ferrites have lower coercivity and the common compositions are manganese-zinc ferrite (MnZn, with the formula MnaZn(1-a)Fe2O4) and nickel-zinc ferrite (NiZn, with the formula NiaZn(1-a)Fe2O4). C5 Grade Anisotropic Ceramic Rectangular Magnet

    Our ferrite magnet can become your trustworthy companion! It can use in motor,speaker or other industrial area.
    Advantages
    1.Best power to weight ratio of all magnets
    2.High resistance to demagnetization
    3.Often the most cost-effective choice
    4.High temperature resistance(up to 220°C)
    5.High corrosion resistance

    Anisotropic Ceramic Square Magnet 50X50X10mm

    Anisotropic Ceramic Square Magnet 50X50X10mm

    Sintered Ferrite is called the work horse of the magnet industry. It contains critical materials such as iron, strontium/barium, and some binding agents. It is made like dishes and fired at high temperature. It is more flux for the bucks than any other material. The majority of ferrites are produced in China. Applications include loudspeakers and motors. Strong C12 Grade Anisotropic Ceramic Block Rectangle Magnet

    CERAMIC
    CERAMIC PERMANENT MAGNETS ARE AN ECONOMICAL CHOICE FOR A WIDE RANGE OF APPLICATIONS. CERAMIC MATERIALS PRODUCE STRONG MAGNETIC PROPERTIES, AND IS AVAILABLE IN CUSTOMIZABLE SHAPES AND SIZES.

    Strong Ceramic magnets can be either isotropic or anisotropic. Isotropic ceramic magnets can be magnetized in any direction while the anisotropic ceramic magnets can only be magnetized through the easy axis (magnetization direction). They have very high electrical resistivity (around 106 Ohm-cm) and positive reversible temperature coefficient of intrinsic coercivity. Permanent Block Rectangular C1 Ceramic Magnets

    Ceramic maximum energy product, (BH)max, is lower than other permanent magnets, so they are typically much larger magnets in actual application. By weight, they are the most widely used magnet globally. Ceramics are chemically stable and the least expensive magnets due to inexpensive raw materials and processes. Maximum energy product, (BH)max, of 1 to 4 MGOe, is lower than that of rare earth magnets but intrinsic coercivity, Hci, from 2500 to 4000 Oersteds, (higher than Alnico). Ceramic magnets are a cost-effective choice in many industrial applications. Block Rectangular Hard Ferrite Permanent Magnets, Rectangle Bar C5 Anisotropic Ceramic Magnet

    Ferrite Magnet Block Square Hard Ceramic Magnet

    Ferrite Magnet Block Square Hard Ceramic Magnet

    Ferrite GradesRemanent InductionCoercive ForceIntrinsic Coercive ForceMaximum Energy ProductReversible Temperature CoefficientsContinuous
    Working Temp.
    Br (Gauss)Hc (Oe)Hci (Oe)(BH)max (MGOe)α
    Br
    ß
    Hci
    Tw
    (°C)
    MinMaxMinMaxMinMaxMinMax%/°C%/°CMax
    C02,1002,3001,6002,0002,6502,9500.71.1-0.200.35350
    C12,2502,4501,7502,0503,1003,4000.92.0-0.200.35350
    C43,2003,4001,7002,1001,7502,1502.32.7-0.200.35350
    C4B3,8004,0001,8002,2001,8502,2503.03.4-0.200.35350
    C53,8004,0502,2002,6002,2502,6503.23.6-0.200.35350
    C73,7003,9003,3003,6503,8504,1503.63.8-0.200.35350
    C83,9004,1003,0003,4003,0503,4503.43.8-0.200.35350
    C8H3,7003,9003,5003,8004,8005,1003.23.6-0.200.35350
    C8B3,9504,1503,3003,6503,5003,8003.64.0-0.200.35350
    C9H3,9004,1003,6703,9704,3504,6504.04.4-0.200.35350
    C9B4,3004,5003,1003,4003,1503,4504.44.8-0.200.35350
    C104,0004,2002,7003,0002,7503,0503.74.1-0.200.35350
    C10H4,1004,3003,5503,8503,8504,1504.04.4-0.200.35350
    C114,2004,4004,0204,3204,8505,1504.24.6-0.200.35350
    C124,5004,7003,2003,5003,4503,7504.85.2-0.200.35350

    Magnetic Properties of Ferrite Magnets

    National standard

    GradeValue
    BrHcb(BHC)Hcj(IHC)(BH)max
    mTKGKA/mKOeKA/mKOeKj/m3MGOe
    Y10T(=C1)200/2182.00/2.18125/1451.57/1.82210/2502.64/3.146.5/8.00.8/1.0
    Y25360/3703.60/3.70135/1501.70/1.88140/1701.76/2.1422.5/25.32.8/3.2
    Y30(=C5)380/3853.80/3.85191/2102.40/2.64199/2202.50/2.5126.0/283.4/3.7
    Y30BH380/3903.80/3.90223/2352.80/2.95231/2452.90/3.0827.0/30.03.4/3.7
    Y33410/4204.10/4.20220/2352.77/2.95225/2402.83/3.0131.5/33.04.0/4.2
    Y35400/4104.00/4.10175/1952.20/2.45180/2002.26/2.5130.0/32.03.8/4.0
    C8(=C8A)385/3903.85/3.90235/2552.95/3.20242/2653.05/3.3327.8/30.03.5/3.7
    C10400/4104.00/4.10288/3003.62/3.77280/2873.51/3.6030.4/31.93.8/4.0
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