Advanced-Grade Materials
Amorphous Alloys Metallic glass materials without a crystalline structure and with better electrical conductivity than conventional materials Benefits Applications Cobalt Iron Fe/Co is a soft […]
Amorphous Alloys Metallic glass materials without a crystalline structure and with better electrical conductivity than conventional materials Benefits Applications Cobalt Iron Fe/Co is a soft […]
Our amorphous-alloy cores provide a wider range of high frequency properties and lower core losses than other soft magnetic properties.
The new core configuration called the C-I Core combines the advantage of low cost laminations requiring expensive tooling and those of cut cores which are more expensive to manufacture but requires only simple low cost tooling.
Our patent pending Cut-Angle Core/A-Core is creating a new generation in transformer design. This core contains a unique cut angle that minimizes air gaps by increasing the matching surface area of the two surfaces and reducing the reluctance. This gives a maximum efficiency rating at a low cost without lapping.
We produce almost any size single-phase or 3-phase tape wound transformer core without expensive tooling. These cores are ideally suited where weight or dimensional requirements are critical and have to be reduced
Tape wound toroidal cores have a near perfect magnetic circuit configuration and permit the most efficient application of high permeability magnetic alloys. Used in power transformers, inductors and magnetic amplifiers, we also offer a wide range of sizes and materials including amorphous alloys and Supermendur™.
We offer the widest range of types and thicknesses of materials for magnetic metal components in our industry, enabling us to produce many varieties of cores: tape, cut, A and C-1.