NdFeB magnet is one of the most widely used strong magnetic materials, with high magnetic properties, good corrosion resistance, stability and high temperature resistance and other characteristics, so it is widely used in electronics, machinery, automotive, medical and other fields.
However, when using NdFeB magnets, people also often find that they are easy to break. This is because the high hardness of NdFeB magnets tends to produce edges, and these edges can form stress concentration zones, which can lead to fracture. Therefore, in order to eliminate this stress concentration and ensure the service life and safety of NdFeB magnets, chamfering operation is required.
Chamfering is a machining process used to remove edges and corners, through which the original sharp edges are turned into rounded edges, reducing the contact area with the surrounding environment, thus eliminating stress concentration and reducing the risk of material fatigue and rupture. The chamfering process can effectively improve the durability and safety of NdFeB magnets, extend their service life and increase their application value.
Therefore, the chamfering operation is very important for the application of NdFeB magnets, when using NdFeB magnets we have to process them in time to ensure their stability and safety, and at the same time, we can also better utilize the performance of NdFeB magnets to promote the development of new technologies and new industries.
Then specifically When to chamfer NdFeB magnet?
Chamfering magnet
The cut black piece is put into the chamfering machine for chamfering, and the chamfering usually takes half a day.
What will be the effect if the magnet is not chamfered?
Without chamfering, it is not possible to plating, or the plating surface is easy to peel off and affect the quality.
What kind of equipment is used to chamfer magnets?
It is chamfering machine, vibration grinding chamfering.