Shape and Size:
Stepped Countersunk Cylinder Magnets are cylindrical in shape, but not completely uniform, but rather present a stepped design. One end is thicker, the other end is thinner, and the middle part smoothly transitions to form a small groove. In terms of size, the overall height and diameter of the magnet are carefully designed to ensure that it can easily adapt to various application scenarios.
The specific size can be customized according to customer needs.
Counter-sunk design:
One end of the magnet adopts a countersunk design, which allows the magnet to fit more closely to the surface of the object when installed, reduces the impact of the raised part on the use environment, and also makes the magnet more stable during the connection and fixing process, and is not easy to fall off or shake.
Details:
The surface of the magnet is smooth and flawless, with no obvious scratches or depressions. The stepped design makes the magnet more layered visually, and also increases its contact area with other objects, thereby improving the stability of the magnetic force.
Material
Stepped Countersunk Cylinder Magnets are made of high-quality neodymium iron boron (NdFeB) magnetic material. NdFeB has excellent properties such as high remanence, high coercivity and high magnetic energy product. NdFeB magnets not only have strong magnetic force, but also have good mechanical properties and corrosion resistance, which can meet the use requirements in various complex environments.
Manufacturing process
It is manufactured using advanced powder metallurgy and sintering technology. During the production process, it undergoes multiple processes of fine processing and strict quality control to ensure the dimensional accuracy, shape consistency and magnetic stability of the product.
Magnetic properties and stability
Magnetic properties
This product has excellent magnetic properties, such as high magnetic energy product, high remanence and high coercivity. These magnetic properties parameters determine the attraction and stability of the magnet, which can meet the needs of various application scenarios.
Stability
The magnet can maintain stable magnetic properties during use and is not easily disturbed by the external environment. In high temperature, humid or highly corrosive environments, the magnet can still maintain its original magnetic force and shape, and there will be no obvious demagnetization or deformation.