24-pole Bonded NdFeB Rings Magnet With Radiation Magnetized Black Epoxy Coating

Product base information:

1. Size: OD60 X ID40 X T5mm
2. Performance: BN2-BN13L (supports customized performance, e.g. gauss at **mm from magnet**)

Applications:

Multi-pole magnets are mostly four-pole electromagnets, there are also five-pole, six-pole, eight-pole and other multi-pole applications, which are mainly used in multi-pole magnetic ring magnetization, radial gradient magnetic field, rotating magnetic field magnetic guidance and many other applications, designed and produced according to the user's requirements for use, this type of electromagnets can be perfectly compatible with the customer's design of the magnetic field platform.

Uses: electromagnets/EMF generators are mainly used for hysteresis phenomenon research, magnetization coefficient measurement, Hall effect research, magneto-optical experiments, magnetic field annealing, nuclear magnetic resonance, electron paramagnetic resonance, biological research, magnetic measurements, magnetic material orientation, Hall effect, magnetic permeability measurements, spin magnetic resonance demonstration, and biological research.

Advantages:

1. multi-pole water-cooled or air-cooled, featuring a wide field of view, high magnetic field strength, and easy adjustment of the size of the magnetic field strength
2. Small size, light weight, small duty cycle, compact structure, better magnetic field performance.
3. Optional working gap scale indication.
4. Used for magnetization of ferrite products in small air gap, and magnetization processing of magnetic sample products.

　　At the same time with high-precision bipolar constant current power supply and FCP magnetic field control platform perfect combination (stability of 10PPM), can be composed of a set of multi-functional laboratory magnetic field generation system. In this system, through the real bipolar constant current power supply output, it can realize the fast and uniform magnetic field scanning and magnetic field commutation, so as to avoid the intermittent problem of over-zero reversal when using the discontinuous power supply, and realize the real zero magnetic field.