Products

  • Sendust Ring Inductors Powder Core

    Sendust Ring Inductors Powder Core

    Sendust Core, which is made from 6%Al,9%Si and 85%Fe,is mainly used to replace iron powder core because its core loss is 80% less than powdered iron, so it can be applied with the frequency above 8kHz.Sendust core has a saturation flux density of 1.05T and permeability from 14 to 125.The nearly zero magnetostriction alloy makes sendust ideal for eliminating audible frequency noise. Sendust core also has better DC bias characteristics and the best cost performance. It is mainly applied in AC inductor, output inductor ,in-line filter, power factor correction inductor etc. It can also be used as transformer core in some circumstances.

  • Nanocrystalline filter anti-interference transformer

    Nanocrystalline filter anti-interference transformer

    Nanocrystalline Transformer Core has very high permeability, high saturation induction, low coercivity, low core loss. Suitable for high frequency transformer of inverter welding equipment, solar inverter, and high power transformer in Kw range.

  • Material Nanocrystalline Core With Black Plastic Case

    Material Nanocrystalline Core With Black Plastic Case

    Nanocrystalline cores are made from metallic alloys developed with high technology, granting a particular set of characteristics for these materials.  It is obtained with the use of the melt-spinning technique. By the end of the production process, while the nanocrystalline cores obtain a refined structure of nanometric magnetic grains scattered in an amorphous metallic matrix.

  • Core Manufacturers High Power Nanocrystalline Core

    Core Manufacturers High Power Nanocrystalline Core

    Nanocrystalline cores feature very high permeability over wide frequency. They are very suitable for common mode choke to be used as EMC filter to compress conducted common mode noise. Compared to traditional ferrite core, nanocrystalline core has a lot of advantages as high inductance, good filter effective, small size and volume, less turns of copper wire, lower power consumption and high efficiency.

  • High Flux Cores

    High Flux Cores

    High flux iron nickel magnetic core is a kind of magnetic particle core containing 50% nickel and 50% iron with distributed air gap. HF iron nickel powder core has a saturation magnetic flux density of 13000 Gauss, and its loss value is much lower than that of pure iron powder core. It is an ideal choice for switching power modulation inductors, line noise filters, pulse transformers and flyback transformers. Especially in the case of large DC current, the use of HF magnetic powder core can effectively reduce the size of inductor, thereby reducing the total cost.

  • Amorphous cut C core amcc for inductor

    Amorphous cut C core amcc for inductor

    Amorphous magnetic cores allow smaller, lighter and more energy efficient designs in many high frequency applications for Invertors, UPS, ASD (Adjustable speed drives), and Power supplies (SMPS). Amorphous metals are produced in using a rapid solidification technology where molten metal is cast into thin solid ribbons by cooling at a rate of one million°C/second. Amorphous magnetic metal has high permeability due to no crystalline magnetic anisotropy.

  • Sendust Core for Power Inductor

    Sendust Core for Power Inductor

    Iron silicon aluminum magnetic core, material composition: 85% iron, 6% aluminum, 9% silicon; Permeability from 26 to 125;It is mainly used in power inductors, AC inductors, output inductors, line filters, power factor correction circuits and other switching power supplies, sometimes replacing air gap ferrite as transformer core.

  • Nanocrystalline core Nanocrystalline current transformer core

    Nanocrystalline core Nanocrystalline current transformer core

    The better the magnetic permeability of the transformer core, the smaller the measurement error and the higher the accuracy. When low ampere-turns and small transformation ratios are required, cold-rolled silicon steel cannot achieve measurement accuracy, and permalloy iron cores are greatly limited in use due to low saturation magnetic induction and high cost. Nanocrystalline alloy transformer cores are widely used in electrical equipment such as precision current transformers, zero-sequence current transformers, PFC, medium and high frequency transformers due to their excellent magnetic properties such as high permeability and high saturation magnetic induction.

  • High Permeability Nanocrystalline C core

    High Permeability Nanocrystalline C core

    High magnetic induction: the saturation magnetic induction Bs=1.2T, which is twice that of permalloy and 2.5 times that of ferrite. The power density of the iron core is large, which can reach 15 kW to 20 kW/kg.

  • Sendust Cutting Core for Flat Wire Winding

    Sendust Cutting Core for Flat Wire Winding

    Although ferrosilicon has a higher saturation flux density, ferrosilicon has more advantages, such as better soft saturation, low core loss, temperature stability and lower cost. When the inductor uses the iron-silicon-aluminum magnetic powder core, the disadvantageous factors brought by the use of the air-gap ferrite magnetic ring can be eliminated.

  • Sendust Core Powder Inductor for AC Transformer

    Sendust Core Powder Inductor for AC Transformer

    Sendust composition is typically 85% iron, 9% silicon and 6% aluminium. The powder is sintered into cores to manufacture inductors. Sendust cores have high magnetic permeability (up to 140 000), low loss, low coercivity (5 A/m) good temperature stability and saturation flux density up to 1 T

  • High Inductance Sendust Core Sendust Block Core High Permeability

    High Inductance Sendust Core Sendust Block Core High Permeability

    Sendust composition is typically 85% iron, 9% silicon and 6% aluminium. The powder is sintered into cores to manufacture inductors. Sendust cores have high magnetic permeability (up to 140 000), low loss, low coercivity (5 A/m) good temperature stability and saturation flux density up to 1 T

12 Next > >> Page 1 / 2