Injection molded ferrite magnets are magnetic composite materials produced by blending ferrite magnetic powder with polymer resins (e.g., PA6, PA12, PA66, PPS) and forming them via injection molding.

Polymer-bonded magnets represent an advanced category of magnetic materials that offer distinct advantages over conventional magnetic materials, such as ease of plastic processing, strong corrosion resistance, and the ability to form complex shapes.

Polymer-bonded magnet rotors, manufactured from polymer composite materials, offer characteristics such as lightweight construction, high strength, and wear resistance, making them an increasingly popular choice in the motor manufacturing industry.

As modern industry develops, motors—serving as essential power units—play an indispensable role across various sectors. The polymer-bonded magnet rotor, an important technological innovation in the motor industry, has attracted significant attention for the following reasons:

Polymer-bonded magnet rotors represent an innovative type of rotor material that offers several advantages over traditional rotor materials. The following analysis compares key aspects such as weight, processability, magnetic properties, cost, and corrosion resistance.

Polymer-bonded magnet rotors represent an innovative rotor material technology, fabricated from polymer-based composites and magnetic nanomaterials.

njection-molded magnets are composite magnetic materials known for their high magnetic performance and excellent mechanical properties, making them widely applicable in industrial production.