magnetic powder cores

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  • Special Ferrites Custom-Build Ferrite Shapes

Special Ferrites / Custom-Build Ferrite Shapes

New shapes / Special ferrites / Custom-build ferrite shapes But we don't just specialise in inserting air gaps or reshaping standard cores; we also machine completely new core shapes, or existing shapes but to new dimensions. We can manufacture these entirely to our customers' requirements - in small quantities or in millions. Above all, our [...]

  • Customized Ferrite Machining

Customized Ferrite Machining

Customized Ferrite Machining Are you looking for a matching air gap or AL-value for your Ferrite or toroidal core or a customized special ferrite core? We are machining ferrite cores according to your requirements or design and manufacture totally new shapes and sizes. Customized Ferrites / Air gaps / Special Ferrites / Ferrite machining / [...]

  • Ferrite Cores with Distributed Air Gaps

Ferrite Cores with Distributed Air Gaps

Ferrite cores with distributed air gaps Lower losses due to distributed air gaps in ferrite cores In order to achieve lower losses in ferrite cores, individual air gaps are usually inserted into the cores. This leads to a delay in core saturation. However, large air gaps increase the magnetic stray fields and thus cause additional [...]

  • Large Volume Ferrite Cores

Large Volume Ferrite Cores

Large Volume Ferrite Cores Large ferrite cores for applications in power electronic. for example: E cores up to E480, U-cores up to U320, PM-cores up to PM178, torodial cores up to T154 Large-volume Ferrite cores for high power Large Ferrite cores are used in many fields of power electronics such as solar technology (e. g. [...]

  • Commonly Used Soft Magnetic Core Iron Powder Core

Commonly Used Soft Magnetic Core Iron Powder Core

Commonly Used Soft Magnetic Core Iron Powder Core Permalloy Powder Core Iron-Silicon-Aluminium Powder Core Magnetic powder core is a kind of soft magnetic material made by mixing and pressing ferromagnetic powder and insulating medium. Ferromagnetic particles are very small (0.5-5 micron used at high frequencies) and are separated by non-magnetic insulating film materials. Therefore, on [...]

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