Recently, with rapid iteration of high-frequency electronic equipment and wireless communication technologies, demands for high-frequency soft magnetic materials keep rising. As a core magnetic material for high-frequency applications, nickel-zinc ferrite finds expanding uses in communication, power electronics and consumer electronics sectors thanks to its unique properties, driving steady growth of the whole industry.

We specialize in R&D and production of nickel-zinc ferrite. By optimizing material formulas and refining production techniques, we leverage mature technical systems and stable mass production capacity to supply well-matched nickel-zinc ferrite products. These items satisfy core material needs of high-frequency electronic components and facilitate performance improvement and miniaturization of electronic devices.

Our nickel-zinc ferrite products have many prominent merits. They perform well at high frequencies with steady magnetic permeability and low magnetic loss, which helps maintain stable operation of high-frequency components. Featuring high resistivity, the products can curb high-frequency eddy current loss and reduce heat generation. They also deliver good temperature resistance with slight attenuation of magnetic properties under fluctuating temperatures, adapting to high-temperature working conditions and outdoor harsh environments.

In terms of chemical properties, the products have dense texture with fine anti-corrosion and anti-oxidation abilities, maintaining stable performance in long-term service. They can be processed into various shapes including magnetic rings, cores and rods in diverse sizes to fit different structural designs and installation spaces. Besides, they are compatible with multiple assembling methods such as surface mounting and pin insertion, conforming to the trend of miniaturization and integration of electronic components.

These products are widely applied in various fields. In communication industry, they are adopted in base station filters, radio frequency antenna cores and signal couplers to ensure stable high-frequency signal transmission. In power electronics, they serve in high-frequency inductors, EMI magnetic beads and common-mode chokes for power supply filtering and noise suppression.

They are also used in wireless charging modules, NFC and RFID antennas for consumer electronics. In automotive electronics, they fit vehicle-mounted high-frequency filters and communication antennas. Moreover, they are applicable to high-frequency welding equipment, industrial sensors and other industrial electronic devices.