In magneto-electric instruments, although a magnet may appear to be merely an unremarkable component, it has a direct bearing on the instrument’s measurement accuracy and pointer response. For instruments requiring a high-quality magnetic field distribution, ordinary magnets often fail to meet the... ...More>>
Magnetic field distribution diagram of a 4-pole magnetic ring, including schematic diagram of the magnetic ring structure, top view and cross-sectional view of magnetic field distribution, as well as magnetic field intensity distribution curve... ...More>>
The above are some differences between nylon magnets and rubber magnets. Nylon magnets are preferred for their magnetic performance, strength, and structural integration, while rubber magnets are preferred for their flexibility, low cost, and bendability.... ...More>>
8-pole permanent magnet rotors made from moulded magnetic material can be used to form relatively complex rotor structures directly using moulds.... ...More>>
If mature large-sized molds are used for production, single block sizes of over 150mm can be achieved. For example, block magnets with dimensions of around 150 x 100 x 25mm and 200x60x15mm can also be produced.... ...More>>
Currently, common materials on the market include ferrite, neodymium iron boron, samarium cobalt, and composite injection molded magnetic rings (injection molded ferrite/injection molded neodymium iron boron), among which ferrite magnetic rings are the most widely used.... ...More>>
Radial magnetization permanent magnet is mainly because its magnetization method is radial, and the maximum magnetic force surface is on the side. The reason why radial magnetization is used is to meet the needs of different customers. The following is an introduction to the shape and function of radial magnetization permanent magnets.... ...More>>
Recommended dimensions: D13 × d9 × 2.5 mm (axially magnetised), D16 × d12 × 2.5 mm (axially magnetised), D21.6 × d14.8 × 2.5 mm (axially magnetised)... ...More>>
The following outlines the functions of permanent magnets in an electric motor:... ...More>>
What is high-temperature demagnetization? What is the principle of high-temperature demagnetization? What equipment is needed to demagnetize neodymium iron boron strong magnets at high temperatures?... ...More>>