The invention relates to a method for evaluating magnetic properties of bonded permanent magnet ferrite magnetic powder, and is characterized in that the method comprises the steps of placing bonded permanent magnet ferrite magnetic powder in an apparatus for manufacturing a multipolar magnetic member to form a multipolar magnetic member, and evaluating magnetic properties of the bonded permanent magnet ferrite magnetic powder by measuring the magnetic properties of the multipolar magnetic member; and the apparatus for manufacturing the multipolar magnetic member comprises at least two orientation magnets distributed on a ring-shaped base formed of a non-magnetic material, the at least two orientation magnets being used for enabling the multipolar magnetic member in the ring-shaped base to form multipolar magnetic properties in a magnetic field on the ring-shaped base in a fixed manner. The invention tests the surface magnetic field and magnetic flux by injection-molding the bonded permanent magnetic ferrite magnetic powder into the multipolar magnetic member, and evaluates the magnetic properties by the surface magnetic field and magnetic flux. The evaluation result is more accurate and effective, and the needs of manufacturers to learn the surface magnetic field and magnetic flux of the magnetic powder are met.