Material
SrO・6Fe₂O₃、BaO・6Fe₂O₃
Grade
Y10T, Y20, Y25, Y30, Y30BH, Y35, etc.
Size and Shape
Disc, Arc, Segment, Block, Ring, and custom requests.
Application
Ammeter, audio, phone, TV, dynamo, Motors, Meters, Speakers, Sensors, etc.
Discover the exceptional versatility and cost-effectiveness of our isotropic disc ferrite ceramic magnets. Crafted from high-quality SrO・6Fe₂O₃ and BaO・6Fe₂O₃, and available in various grades including Y10T, Y20, Y25, Y30, Y30BH, and Y35, these magnets offer reliable performance for diverse applications. Their ability to be customized into disc, arc, segment, block, or ring shapes makes them ideal for a wide range of uses, catering to the specific needs of customers. Whether employed in motors, speakers, sensors, or magnetic separation equipment, these magnets deliver consistent and powerful magnetic properties. Benefit from the economical pricing and exceptional quality of our isotropic disc ferrite ceramic magnets, designed to meet your unique requirements with precision and reliability.
Frequently Asked Questions
Q1: What materials are used in isotropic ferrite magnets?
These magnets are primarily composed of SrO・6Fe₂O₃ (Strontium Ferrite) and BaO・6Fe₂O₃ (Barium Ferrite).
Q2: Which grades are available for these magnets?
We offer a wide range of grades including Y10T, Y20, Y25, Y30, Y30BH, and Y35 to suit different magnetic strength requirements.
Q3: Can these magnets be customized in different shapes?
Yes, they can be customized into various shapes such as discs, arcs, segments, blocks, and rings according to specific customer requests.
Q4: What are the primary benefits of using ferrite magnets?
They are highly cost-effective, offer excellent electrical insulation, have high resistance to demagnetization, and provide long-term stability.
Q5: In what industries are these magnets commonly used?
They are widely used in the automotive industry (DC motors), audio equipment (speakers), electronics (sensors and meters), and industrial separation systems.
Q6: Are isotropic disc ferrite magnets suitable for high-temperature environments?
Ferrite magnets generally offer good thermal stability and can operate effectively in moderate to high temperature environments compared to some other magnetic materials.