SP2814 high-flow ferronickel powder (water-atomised) FeNi

High-Flux Ferronickel FeNi Powder (water-atomised) Description

High-Flux Ferronickel FeNi Powder (water-atomised) is characterised by relatively high permeability and low core losses. Its overall high saturation flux density implies effective energy storage and transfer at low to medium frequencies. High-Flux Ferronickel FeNi Powders (water-atomised) are employed in transformer cores, toroids, sensors, motor laminations, watch springs, flap valves and power springs, as well as in various shielding applications.

High-Flux Ferronickel FeNi Powder (water-atomised) Specifications

Applications of High-Flux Ferronickel FeNi Powder (water-atomised)

High-Flux Ferronickel FeNi Powder (water-atomised) is extensively employed in transformer cores, toroids, sensors, motor laminations, watch springs, flap valves and power springs, as well as in various shielding applications.

The nickel–iron alloys Magnifer 75, Magnifer 7904 and Magnifer 8105, with nickel contents between approximately 75% and 82%, achieve a saturation induction of approximately 0.8 T. The initial permeability of these alloys can reach values up to several 100 000, depending on material thickness and the frequency of the applied magnetic field.

In contrast, there are nickel–iron alloys with a higher saturation of up to approximately 1.6 T. These alloys generally exhibit an initial permeability of around 10 000. This group includes the alloys Magnifer 36 and Magnifer 50, with nickel contents of approximately 36% and 48% respectively. In the case of Magnifer 50, various types are produced by different processing methods, thereby resulting in different grain and microstructural characteristics that affect magnetic behaviour.

Packaging of High-Flux Ferronickel FeNi Powder

Our High-Flux Ferronickel FeNi Powder is handled in accordance with established procedures during storage and transport. This measure is implemented to maintain the quality of the product in its original state.