1) The coatings of magnets include Zn, Ni, Silver, Sn2) Grades: N35-N50, N33H-N44H, N33SH-N42SH, N30UH-N35UH, N33EHWe can provide a wide range of magnets with different properties for diverse applicat

We can provide a wide range of magnets with different properties for diverse applications, such as electronics, microwave devices, magnetic power relays, communication, motors and plastic products. Hi

Ferrite has a higher coercive force and higher resistance to demagnetizing and oxidation than other non-rare earth permanent magnets. The biggest advantage of such magnets is their low cost.

Ferrite has a higher coercive force and higher resistance to demagnetizing and oxidation than other non-rare earth permanent magnets. The biggest advantage of such magnets is their low cost.

We can provide a wide range of magnets with different properties for diverse applications, such as electronics, microwave devices, magnetic power relays, communication, motors and plastic products. Hi

1) The coatings of magnets include Zn, Ni, Silver, Sn2) Grades: N35-N50, N33H-N44H, N33SH-N42SH, N30UH-N35UH, N33EHWe can provide a wide range of magnets with different properties for diverse applicat

Ferrite has a higher coercive force and higher resistance to demagnetizing and oxidation than other non-rare earth permanent magnets. The biggest advantage of such magnets is their low cost.

1) The coatings of magnets include Zn, Ni, Silver, Sn2) Grades: N35-N50, N33H-N44H, N33SH-N42SH, N30UH-N35UH, N33EHWe can provide a wide range of magnets with different properties for diverse applicat

1) The coatings of magnets include Zn, Ni, Silver, Sn2) Grades: N35-N50, N33H-N44H, N33SH-N42SH, N30UH-N35UH, N33EHWe can provide a wide range of magnets with different properties for diverse applicat