EE EF Ferrite Core Industrial Magnet EE42/21/15

/EE EF Ferrite Core Industrial Magnet EE42/21/15
  • EE EF Ferrite Core Industrial Magnet EE42 21 15
  • MnZn Ferrite E Core EE55 EE28 EE25
  • Soft Ferrite E Cores EE361811
  • EE22, EE25, EE25.4, EE28, EE35, EEL19 Ferrite Transformer Cores
  • EE8, EE11, EE10, EE19, EE20 Transformer EE Ferrite Core wo Plastic
Primary Competitive Advantages:
  • We are A Professional Permanent Magnets & Magnetic Assemblies Company Operating Since 2004
  • All Magnetic Grade for Sintered & Bonded Magnets
  • Our Quality Guaranteed
  • We Ship Worldwide
  • Small Orders Accepted
  • OEM Design Approvals
  • All Payment Accepted
  • EE EF Ferrite Core Industrial Magnet EE42/21/15, Soft Ferrite Transformer Cores w/o Plastic, EE Mn-Zn Ferrite Core Iron Powder Core For Transformer, E Shape Transformer Core in China, EE Type Soft Magnetic Core Mn-Zn Ferrite, E Core EE Core, MnZn Ferrite Sendust Cores, Ferrite Core Magnets, ALL Size Soft Ferrite EE Core Magnet, Soft Ferrite Cores China Factory Supplier

    EE EF Ferrite Core Industrial Magnet EE42/21/15 Features
    Model Number EE8, EE11, EE10, EE19, EE20, EE12, EE13, EE5, EE6, EE12, EE13, EE5, EE6, EE16A, EE22, EE25, EE25.4, EE28, EE35, EEL19
    Type Soft
    Composite Ferrite Magnet
    Shape EE
    Application Industrial Magnet
    Tolerance ±10%
    Material Mn-Zn Ferrite Core
    Certification ISO9001:2015
    Frequency 1khz-1mhz
    Curie TC 140°C-265°C
    Type of payment T/T, Western Union, L/C, Paypal,etc. D/P.
    AL value As customer’s requirements.
    Why choose us
    1.30 years experiences soft ferrite core manufacturer.
    2.Good quality products with factory price.
    3.Enough production capacity provide good delivery time.
    4.Special products customized accepted.
    5.Good aftersales services.


    EE / EF cores are used as power shapes in electric circuits such as inductors and transformers. They are an ideal material to use at low frequencies where large inductances are required. The cores offer the advantage of material permeability and have a uniform cross-sectional area. They do not have any gaps, so the leakage is very low. This is why the toroidal core windings are commonly used in current and instrument transformers.

    We are an acclaimed name engaged in offering our precious clients a superior quality range of Soft Ferrite Cores. The offered cores are widely used in transformers and conductors. These cores are sourced from most authentic vendors in the market and are manufactured with the help of finest grade material and contemporary machines in compliance with set industry norms. Clients can avail these cores from us at affordable rate.

    High magnetic permeability
    Prevent eddy current
    Suitable for frequency above 1 MHz

    EE25.4/10/07 OL Epcos N87 Grade
    EE25/13/11 OL Epcos N87 Grade
    EE30/15/07 OL Epcos N87 Grade EF Magnetic Cores
    EE55/28/25 OL Epcos N87 Grade
    EE36/18/11 OL Epcos N87 Grade EF Magnetic Cores
    EE42/21/15 OL Epcos N87 Grade and Many More

    Standard Packing / Moq : 4320, 3400, 2520, 832, 840, 200

    Product Name Soft Magnetic Mn-Zn Core EE Core
    Model Number EE/EF/ETD/EI/EP/EPC/EFD/ET, Mn-Zn Ferrit
    Material Mn-Zn Ferrite Core
    Tolerance ±1%
    Quality 100% Tested
    Type EE Core, EI Core, PQ Core, ETD Core
    Condition Brand New and Original
    Certification RoHS
    Package Carton /Make to order
    Payment terms T/T/Wire Transfer/Western Union/L/C
    Shipping way: DHL FEDEX UPS EMS TNT  Soft Ferrite E Cores EE36/18/11
    Application EE,EC,EER,ED,EI,U,PQ,T,EFD,EPC,UY,URS MnZn soft ferrite core commonly used for transformer, power switch, common mode choke, high current transformer, advantage is high permeability, low core loss factor, and low price compared with other Nanocrystalline, Ironpowder,sendust..

    The other matter for core selection is core geometry and it is possible to find pot, E shape, toroid cores and the others in manufacturer catalogues depending on
    their applications. Pot cores, when assembled are nearly surrounded the wound bobbin and this aids in shielding the coil from picking up EMI from outside
    sources. Double slab and RM cores are also similar to pot cores but are designed to minimize board space, providing at least a 40 % savings in the mounting
    area. EP Cores are round centre-post cubical shapes which enclose the coil completely except for the printed circuit board terminals. PQ cores are designed especially for switched mode power supplies. The design provides an optimized ratio of volume to the winding area and surface area. E cores are less expensive than pot cores and have the advantages of simple bobbin winding plus easy to assemble. Also, E cores can be mounted in different directions, and if desired, they provide a low profile. EE Type Ferrite Core EE/EI series EE30/15/07
    EC, ETD, EER and ER shapes are a cross between E cores and pot cores. Like E cores, they provide a wide opening on each side. Toroid cores are economical to manufacture; hence, they are the least costly of all comparable core shapes. Since no bobbin is required, accessory and assembly costs are nil, but winding is done on toroidal winding machines. Ferrite geometries offer a wide selection in shapes and sizes.
    To choose a core for power applications the parameters in Table 1 can be used and evaluated [7,9, 17, 19]. Different shapes of Ferrite core types areshown MnZn Ferrite E Core EE55/28/25
    E cores are more advantageous in terms of core, coil and winding prices and easy to use, also with cross-sectional area and window spacing of different sizes. E cores have a double flux path which reduces their dimensions and this allows for small footprint and easy installation on printed circuits. E cores air gap can be adjusted, but the fringe fluxes formed in cores with air gap lead to flow losses and eddy current (Eddy) losses on winding wires as shown in Figure 3 (a). Therefore, Kool Mµ E powder cores with an equal air gap as shown in Figure 3 (b) are more preferred. The 10.500 gauss saturation level of the
    Kool Mµ E powder cores provides higher energy storage capability that they can be achieved with the air gap ferrite E-cores, which means a smaller core size [19, 20]
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