Mitre Magnet

Neodymium strong neo mitred Magnet Description
Neodymium mitre magnets is a special shape of rare earth magnet, Neodymium mitre magnets have a angle mitred bevel on one face and have exciting possibilities for magnet motor designers and inventors as the magnetic field leans towards the shortest side of the magnets creating an unequal flux path and a different flux density on each of the two poles.

These Mitred magnets has a wide range of applications, it is commonly used in applications such as magnetic electric motors, electric or hybrid motor vehicles and in household appliances such as washing machines, It can also be used for personal creative design.

If you are interested in this neodymium mitre magnet neo magnets strong mitre magnet angle mitred magnet, you can send inquiry to us and technical drawing.

 
Neodymium strong neo mitred Production Flow
Each process of neodymium mitre magnet neo magnets strong mitre magnet angle mitred magnet production are strictly controlled and do the inspections in every process to ensure product quality.

Moreover, we has a big R&D group of 47 experienced specialists, strongly endow us a higher capacity for technical development, design and OEM processing.

Neodymium strong neo mitred Packing:

Before deliver the neodymium strong neo mitred, we will take photos magnets  details and its packing pictures to our client, to let them make sure what shipped is good quality with well conditions.
If deliver mitred magnet by express or air, we will do the anti-magnetized packing of the goods by iron box around the foam box and let every carton of goods pass the magnetic inspection to avoid any trouble to our customer, when shipment.

If deliver the goods by sea, all of the carton will be packed firmly on pallet to avoid the loss of goods during transport.

Product Image Of Neodymium Magnet:
The regular shape of sintered neodymium magnet such as Arc magnets, block magnets, disc magnets, ring magnets, ball magnets.

Compared with most of magnet factories, It is commendable that we are able to produce a variety of difficult and irregular magnets, such as crescent shaped magnets for motor, stepped magnet, mitred magnet and so on.