Neodymium Magnet Catalogue
Neodymium magnet special shape
Ring shape neodymium magnet
NdFeB square counterbore
Disc neodymium magnet
Arc shape neodymium magnet
NdFeB ring counterbore
Rectangular neodymium magnet
Block neodymium magnet
Cylinder neodymium magnet
Manufacturing Process
2,Once cooled, the metal is removed from the mold and undergoes a process called hydrogen decrepitation. This involves breaking the metal into small pieces by exposing it to hydrogen gas, which causes the metal to become brittle and fracture. The resulting fragments are then milled into a fine powder.
3,The powder is then mixed with a polymer binder and pressed into a desired shape using a process called injection molding. Once formed, the magnets are then placed in a sintering furnace and heated to a high temperature, which causes the polymer binder to melt and evaporate, leaving behind a solid and dense neodymium magnet.
6,After sintering, the magnets are coated with a protective layer to prevent corrosion and enhance their performance. This can involve plating the magnets with a layer of nickel or other metals.
Other popular magnets
Iron Separator
With the Super Strong Magnetic Separator, companies in industries such as mining, construction, and waste management can achieve more efficient and effective production processes. This device has the capability to extract fine iron and other impurities that could otherwise damage equipment and cause downtime.
Pick-up Tool
Neodymium magnetic pick-up tools are especially useful for people working in industries like mechanics, construction, and DIY projects, where finding and handling small metallic pieces is a common occurrence. It could be adusted the length according to your need. With small and light weight ,it is easy to carry and use, which will make your work more efficiently.
