Feature : Best Quality, Minimum Core Loss, Unmatched Quality
Material : Nanocrystalline
The Nano Crystalline Cores are made from Iron based Soft magnetic material. These are derived from Crystalline Amorphous ribbon and subsequent heat treatment around 500-600° C .The typical grain size is only 10 nanometers hence the name Nano Crystalline. There appears to be nmore...
C-Cores and E-Cores are manufactured with iron-based amorphous Alloy. Their unique combination of low loss and high saturation flux density take advanced power conditioning applications to higher performance levels than previously possible with conventional ferromagnetic materialmore...
The Nano Crystalline Cores are made from Iron based Soft magnetic material. These are derived from Crystalline Amorphous ribbon and subsequent heat treatment around 500-600° C .The typical grain size is only 10 nanometers hence the name Nano Crystalline. There appears to be nmore...
Iron Based Amorphous Toroidal Choke Cores Toroidal choke cores are manufactured with iron-based amorphous alloy Metal Ribbon. They offer a unique combination of ultra-high saturation induction, high energy storage capability and low core loss for high frequency magnetic componmore...
We are one of the noteworthy Manufacturers and Exporters of Brass Transformer Parts . We fabricate Brass Transformer Parts using high quality brass. The excellent physical properties of brass make theses Brass Transformer Parts indispensible for industrial use. Brass Transformer more...
C-Cores and E-Cores are manufactured with iron-based amorphous Alloy. Their unique combination of low loss and high saturation flux density take advanced power conditioning applications to higher performance levels than previously possible with conventional ferromagnetic materialmore...
The Nano Crystalline Cores are made from Iron based Soft magnetic material. These are derived from Crystalline Amorphous ribbon and subsequent heat treatment around 500-600° C .The typical grain size is only 10 nanometers hence the name Nano Crystalline. There appears to be nmore...