Brief: In this video, we explore the high coercive pressing process for our W1173 permanent magnet ferrite, specifically designed for motorcycle motors. You'll see how these robust magnets are manufactured and learn about their critical physical properties and performance in demanding applications like electric power-assist systems.
Related Product Features:
High coercive force ensures stable magnetic performance in demanding motorcycle motor applications.
Excellent thermal stability with a maximum operating temperature of 350°C and a Curie temperature of 450°C.
Superior mechanical strength with high anti-compressive, anti-bending, and anti-tensile properties.
Available in various grades including Y33, Y33H, Y33H-2, Y34, Y35, Y36, Y38, and Y40 to suit different power requirements.
Designed for use in motorcycle starter motors, flywheel magnetos, and electric power-assist systems.
High resistivity (>104 Q.cm) ensures excellent electrical insulation properties.
Manufactured through a precise sintering process to achieve consistent density and magnetic characteristics.
Customizable arc segment shapes and dimensions to fit specific motorcycle motor designs.
Faqs:
What are the main applications of Xinheng's permanent ferrite magnets in motorcycles?
Xinheng's permanent ferrite magnets are primarily used in motorcycle starter motors, flywheel magnetos, and electric power-assist systems such as power steering or electrically actuated clutch systems.
What physical properties make these ferrite magnets suitable for high-temperature motorcycle motor environments?
These magnets feature a high Curie temperature of 450°C, maximum operating temperature of 350°C, and stable temperature coefficients for Br and iHc, ensuring reliable performance in demanding thermal conditions.
How does the manufacturing process ensure the quality and consistency of these ferrite magnets?
Xinheng fabricates its permanent strontium ferrite magnets through a controlled sintering process, which ensures consistent density, magnetic properties, and mechanical strength across production batches.