Classification By Shape

NdFeB Magnets can be made into a variety of angles and the large size of the diameter, much higher than the magnetic ferrite;

Irregular Neodymium Magnets can be made into a variety of angles and the large size of the diameter, much higher than the magnetic ferrite;

Irregular Magnets can be made into a variety of angles and the large size of the diameter, much higher than the magnetic ferrite;

Small wafer Magnets can be made into a variety of angles and the large size of the diameter, much higher than the magnetic ferrite;

Small block Magnets can be made into a variety of angles and the large size of the diameter, much higher than the magnetic ferrite;

Strip Magnets can be made into a variety of angles and the large size of the diameter, much higher than the magnetic ferrite;

Ring Magnets can be made into a variety of angles and the large size of the diameter, much higher than the magnetic ferrite;

Block Magnets can be made into a variety of angles and the large size of the diameter, much higher than the magnetic ferrite;

Long Arc Magnets can be made into a variety of angles and the large size of the diameter, much higher than the magnetic ferrite;

Neodymium Magnets can be made into a variety of angles and the large size of the diameter, much higher than the magnetic ferrite;

Arc Magnets can be made into a variety of angles and the large size of the diameter, much higher than the magnetic ferrite;

Small Arc Magnets's properties is much higher than ferrite,NdFeB ring as a shape, size precision better than NdFeB.

Fan-shaped Arc Magnets's properties is much higher than ferrite,NdFeB ring as a shape, size precision better than NdFeB.

Magnetic Magnets's properties is much higher than ferrite,NdFeB ring as a shape, size precision better than NdFeB.

Thin Arc Magnets's properties is much higher than ferrite,NdFeB ring as a shape, size precision better than NdFeB.

Thin Arc Magnets's properties is much higher than ferrite,NdFeB ring as a shape, size precision better than NdFeB.