Which Motors Are Ferrite Permanent Magnets (Magnetic Tiles) Mainly Used In?

Jun 22, 2023 Leave a message

Ferrite permanent magnets (Magnetic tiles) are mainly used in what types of motors? Are you looking for information, today this article will introduce you to some of the common types of ferrite tiles and specific motor categories.
Ferrous tiles can be used in the rotor of an induction motor to generate a rotating magnetic field. induction motors are a common type of industrial motor and are used in a wide variety of applications.
Pump Motor: ferrite tiles can also be used in some pump motors to provide the required magnetic field.
Fan Motor: ferrite tiles can be used in some low power fan motors, such as electric fans, cooling fans, etc.
Applications in automobiles such as starter motors, car wiper motors, window crank motors, fuel pump motors, seat motors, etc.
First, let's look at the car starter motor, because the starter is installed on the car engine, must face the severe working environment, or high temperature and low temperature or dust.
Salt water, only ferrite materials can be fully applicable.

Wiper motor, electric wiper is composed of electric motor, transmission mechanism and wiper blade, the requirements of the motor is a simple structure, small size, high performance future wiper will continue to reduce the size and weight of the front and rear wiper motor, which will have higher requirements for tile ferrite permanent magnet motor. fuel pump motor, electric fuel pump has two kinds of external and internal installation, external electric fuel pump in series in the mailbox external fuel pipeline, the advantage is easy to place, but the work noise, and easy to produce air bubbles to form air resistance. internal electric fuel pump installed inside the mailbox, the advantage is the work noise is small, will not produce air resistance and pool dew.
Of course, in addition to the above motors, ferrite permanent magnets are also used in fitness equipment motors, power tool/household appliances motors, etc.